List of military electronics of the United States: A–G

This subpage lists American military electronic instruments/systems along with brief descriptions. This stand-alone list specifically identifies electronic devices which are assigned designations (names) according to the Joint Electronics Type Designation System (JETDS) beginning with the AN/ prefix. They are grouped below by the first designation letter following this prefix. The list is organized as sorted tables that reflect the purpose, uses and manufacturers of each listed item.

The list on this page only shows designations where the first letter after AN/ is between A and G. For all designations between M and Z, please see List of military electronics of the United States: M–Z.

NOTE: Letters E, H, I, J, L, N, O, Q, R, X and Y are not used in the first-position of JETDS nomenclatures.

A

AAx – Piloted Aircraft Invisible Light/Heat Radiation Systems

AN/AAA – Airborne Infrared Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Receiver Group, paired with AN/AAS-15	F-8 Crusader[1]
	Infrared search and track (IRST) surveillance and targeting system	F-4B Phantom II[2]	ACF Industries,[3] Texas Instruments

AN/AAD – Airborne Infrared Direction Finding/Reconnaissance/Surveillance Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AAD-4	Forward Looking Infrared (FLIR) reconnaissance set, part of Surprise Package modifications[4][5]	AC-119K Stinger, AC-130 Spectre,[6] RF-4B Phantom II[7]	Texas Instruments
AN/AAD-5	Infrared (IR) reconnaissance set,[8] replaced the AN/AAD-4[5]	AC-130 Spectre,[6] RF-4B Phantom II, RF-4C Phantom II,[9] RF-111C, F-14 Tomcat	Honeywell Aerospace
AN/AAD-6	Forward Looking Infrared (FLIR), part of Pave Pronto modifications with improved detectors,[4] replaced AN/AAD-4[10]	AC-130H Spectre[6]
	Forward Looking Infrared (FLIR) detection set, replaced by AN/AAQ-17[11]	AC-130H Spectre[6]	Texas Instruments

AN/AAM – Airborne Infrared Maintenance and Test Sets Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AAM-4	Infrared (IR) Equipment Test Bench Harness for the Infrared Detecting Set AN/AAS-15; used with AN/AAA-4		Hughes Aircraft[12]
AN/AAM-5	Infrared (IR) target simulator for the Infrared Detecting Set AN/AAS-15		Hughes Aircraft[13]
AN/AAM-6	Infrared (IR) test set for the Infrared Detecting Set AN/AAS-15		Hughes Aircraft[14]
AN/AAM-10	Thermal test target for AN/AAS-51A[15]
AN/AAM-12	Infrared (IR) detector test set for AN/AAS-14[15]
AN/AAM-13	Optical test table for AN/AAS-14[15]
AN/AAM-21	Cathode-Ray Tube Test Set		Texas Instruments[1]
AN/AAM-26	Video signal generator for AN/TAQ-14[15]
AN/AAM-29	Cryogenic Refrigerator Test Set, used with AN/AAS-14[15]
AN/AAM-30	Resolution Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-31	Detecting Set Receiver Test set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-32	Recorder Film Magazine Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-33	Recorder Film Magazine Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-34	Power Supply Control Panel Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-35	Converter Sub-Assembly Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-36	Optical Alignment Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-37	Cryogenic Refrigerator Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-38	Infrared (IR) Detection Set Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-39	Electrical Circuit Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-40	Refrigerator Test Set, used with AN/AAS-24[15]	OV-1 Mohawk
AN/AAM-55	Airborne Laser Tracker Test Set, used with AN/AAS-32 laser tracker[15]
AN/AAM-56	Airborne Laser Tracking Alignment Test Set, used with AN/AAS-32 laser tracker[15]
AN/AAM-60	Electro-optical (EO) system test set[16]	A-6 Intruder,[17] A-7 Corsair II, P-3C Orion, S-3 Viking, OV-1D Mohawk
AN/AAM-102	Electro-optical (EO) systems test stand for performance testing AN/AAR-44 energy detection assembly cooler[18][19]

AN/AAQ – Airborne Infrared Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Active Infrared (IR) Countermeasures (IRCM) system using a visual cesium infrared source,[20][21] forerunner of AN/AAQ-8	B/EB-66C/E Destroyer,[22] B-52 Stratofortress, HH-53 Super Jolly Green Giant, RF-4C Phantom II	Hallicrafters, Northrop Grumman[23]
AN/AAQ-5	Forward Looking Infrared (FLIR)[24] Sighting System Passive Infra-red (SSPI) sensor turret	UH-1M Iroquois,[25] AH-1 Cobra	Aerojet Electro-Systems[26]
	Forward Looking Infrared (FLIR), paired with AN/AVQ-22 to form the AN/ASQ-151[27]	B-52G/H Stratofortress	Hughes Aircraft[28]
AN/AAQ-7	Low Light Level Television (LLLTV) laser illuminator subsystem	AC-130H Spectre[29]
	200 lb (91 kg) pod-mounted active Infrared (IR) Countermeasures (IRCM) using a visual cesium infrared source,[20][21] development of AN/AAQ-4	A-7D Corsair II, C-130 Hercules, F-4 Phantom II, F-5 Tiger, HH-53 Super Jolly Green Giant, RF-4C Phantom II	Hallicrafters, Northrop Grumman[23]
	Pave Tack Forward Looking Infrared (FLIR) imaging module, part of AN/AVQ-26[30]	F-111 Aardvark, A-10 Thunderbolt II, F-4 Phantom II, RF-4C Phantom II	Texas Instruments[31]
AN/AAQ-10	Forward Looking Infrared (FLIR) system	MH-53J Pave Low III,[32] MC-130E Combat Talon[33]	Texas Instruments[34]
	549.4 lb (249.2 kg) Pilot Night Vision System portion of TADS/PNVS[35] Forward Looking Infrared (FLIR), used with AN/ASQ-170,[36] replaced by Apache Arrowhead system	AH-64D Apache[37]	Lockheed Martin
AN/AAQ-12	Target Acquisition Designation Sight/Pilot Night Vision Sensor TADS/PNVS Forward Looking Infrared (FLIR) turreted sensor for target acquisition, range-finding and target illumination using laser-guided missiles[35]	AH-64 Apache
AN/AAQ-13	450 lb (200 kg) Ku-band terrain-following radar and Forward Looking Infrared (FLIR) navigation pod,[38][39] part of LANTIRN	F-15E Strike Eagle, F-16 Fighting Falcon[35]	Lockheed Martin
AN/AAQ-14	551 lb (250 kg) Forward Looking Infrared (FLIR) laser designation targeting pod,[38][39] part of LANTIRN	F-15E Strike Eagle, F-16 Fighting Falcon[35]	Lockheed Martin
	102.3 lb (46.4 kg) long-wavelength 8–15 μm infrared (LWIR) FLIR Airborne Electro-optical Special Operations Payload (AESOP) navigation and target designator/rangefinder, replaced by AN/AAQ-27	CH-47D Chinook, CH-53 Sea Stallion, CH-53E Super Stallion, MH-47 Chinook, MH-53J Pave Low III,[40] MH-60G Pave Hawk, MH-60K Black Hawk, MH-60L Black Hawk, OH-6 Cayuse, SH-2F Seasprite, SH-2G Super Seasprite,[41] SH-60B Seahawk	Hughes Aircraft, Raytheon[42]
	152 lb (69 kg) Infrared Detection Set (IDS), replaced AN/AAD-7, replaced by AN/AAQ-26	A-10 Thunderbolt II, AC-130H Spectre,[33] AC-130U Spooky II, B-52 Stratofortress, SH-60B Seahawk	Texas Instruments, Raytheon[11]
AN/AAQ-19	Sharpshooter pod-mounted laser designation and Forward Looking Infrared (FLIR) system included in LANTIRN, (export only system) simplified AN/AAQ-14[43]	F-15E Strike Eagle, F-16 Fighting Falcon	Lockheed Martin
AN/AAQ-20	Pathfinder pod-mounted navigation system, (export only system) simplified AN/AAQ-13[44]	F-15E Strike Eagle, F-16 Fighting Falcon	Lockheed Martin
AN/AAQ-21	Star SAFIRE (shipborne, airborne forward-looking infrared equipment)[45] Forward Looking Infrared (FLIR) pod		Teledyne FLIR[46]
AN/AAQ-22	Star SAFIRE II (shipborne, airborne forward-looking infrared equipment)[45] Forward Looking Infrared (FLIR) pod[47]	C-130 Hercules, P-3 Orion, UH-1H Iroquois, MH-60G Pave Hawk	Teledyne FLIR[46]
AN/AAQ-24	Nemisis Directional Infrared (IR) Countermeasures (DIRCM), used with AN/AAR-54[48]	AC-130U Spooky II,[32] C-17 Globemaster III, CH-53E Super Stallion, CV-22 Osprey, Lockheed MC-130, MH-53M Pave Low IV[32]	Northrop Grumman[49]
AN/AAQ-25	Low Altitude Navigation and Targeting, Infrared, for Night (LANTIRN)[50] targeting pod	F-14 Tomcat[51]
	Infrared (IR) detection set,[52] replaced AN/AAQ-17[11]	AC-130H Spectre, AC-130U Spooky II[53]	Raytheon[54]
	93 lb (42 kg) third-generation mid-wavelength 3–8 μm infrared (MWIR), Forward Looking Infrared (FLIR) imaging, navigation, surveillance and targeting system with an Indium antimonide (InSb) staring focal plane array, replaced AN/AAQ-16	SH-2G Super Seasprite, V-22 Osprey	Raytheon[55]
AN/AAQ-28	LITENING forward-looking infrared (FLIR) targeting pod[39]	A-10C Thunderbolt II, AV-8B Harrier II Plus, EA-6B Prowler, F-15E Strike Eagle, F-16 Fighting Falcon, F/A-18 Hornet	Rafael Advanced Defense Systems
AN/AAQ-32	Internal FLIR Targeting System (IFTS)[56]	F-16 Fighting Falcon[57]	Northrop Grumman
AN/AAQ-33	Sniper ATP (Advanced Targeting Pod)[39]	A-10C Thunderbolt II, F-16 Fighting Falcon, F-15E Strike Eagle, B-1B Lancer, B-52H Stratofortress	Lockheed Martin
AN/AAQ-37	Electro-optical Distributed Aperture System (EODAS)	F-35 Lightning II[58]	Northrop Grumman
AN/AAQ-39	Electro-optical/Infrared (IR) fire-control system	AC-130U Spooky II	Lockheed Martin[59]
AN/AAQ-40	Electro-optical Targeting System (EOTS) equivalent to Sniper Extended Range (XR)	F-35 Lightning II[58]	Lockheed Martin

AN/AAR – Airborne Infrared Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AAR-4	Infrared search and track (IRST)[60] tail warning system	F-100 Super Sabre[1]	RCA Corp,[61] Hughes Aircraft
AN/AAR-5	Forward Looking Infrared (IR) (FLIR) system		RCA Corp[61]
AN/AAR-31	Infrared (IR) detection set for anti-submarine warfare	P-3 Orion, S-3 Viking	Barnes Engineering[1]
AN/AAR-34	Infrared (IR) tail-mounted tracking and missile approach warning system (MAWS)[62]	F-111 Aardvark[63]	Cincinnati Electronics[64][65]
AN/AAR-37	Infrared (IR) detection set	P-3A/B/C Orion,[66] EP-3E Aries[67]	Hughes Aircraft[68]
AN/AAR-38	Compass Cool Infrared (IR) warning sensor[1]	FB-111 Aardvark, F-15 Eagle, F/A-18 Hornet	Cincinnati Electronics[62]
AN/AAR-40	Forward Looking Infrared (IR) (FLIR) system	C-141B Starlifter, P-3A/B/C Orion[66]
AN/AAR-42	Forward Looking Infrared (FLIR) system	A-7E Corsair II,[66] A-10 Thunderbolt II[69]	Texas Instruments
AN/AAR-43	Infrared (IR) warning receiver	A-7E Corsair II	Aerojet[70]
	Infrared (IR) warning receiver	AC-130U Spooky II	Cincinnati Electronics[70][71]
AN/AAR-45	Low-Altitude Night Attack (LANA)[72] Forward Looking Infrared (FLIR) system	A-6E Intruder, A-7E Corsair II[73]
AN/AAR-46	Passive ultraviolet (UV) missile detector[74]	CH-46 Sea Knight
AN/AAR-47	Missile Approach Warning System	CH-46D/E Sea Knight, CH-53A/D/E Sea Stallion, HV-22 Osprey, MH-60R Seahawk, MH-60K Black Hawk,[40] MH-60R Seahawk,[75] MV-22B Osprey, OV-10A/D Bronco, SH-2G Super Seasprite,[41] SH-60 Seahawk, U-28 Draco, UH-1 Iroquois[66]	Honeywell, Loral Corp
	214 lb (97 kg) low altitude visual Navigation FLIR (NAVFLIR) pod (originally called TINS or Thermal Imaging Navigation Set) with automatic target recognition, derived from AN/AAQ-16, replaced by AN/ASQ-228 ATFLIR	AV-8B Harrier II Plus, F/A-18C/D Hornet[42]	Hughes Electronics, Raytheon[76]
	Passive ultraviolet (UV) Missile Approach Warning System (MAWS),[48] part of AN/AAQ-24[77]	B-2 Spirit, C-130 Hercules	Westinghouse Electronic Systems[78]
AN/AAR-56	Infrared spherical Missile Launch Detection (MLD) system[79]	F-22 Raptor
	49.2 lb (22.3 kg) Common Missile Warning System (CMWS) 1 to 4 μm passive detection staring focal plane array missile detection/warning, either stand-alone or a component of AN/ALQ-212 ATIRCM/CMWS self-protection suite[80]	AH-64 Apache,[81] C-23 Sherpa, CH-47 Chinook, MH-47D Chinook, MH-60K Black Hawk, RC-12 Guardrail, UC-35 Citation, UH-60 Black Hawk	BAE[82]

AN/AAS – Airborne Infrared Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AAS-1	Redbird[83] Infrared (IR) Scanner	B-26 Marauder	Bell Sound Systems
	Infrared (IR) mapping sensor, part of AN/UAS-4[84]	OV-1C Mohawk[85]	HRB-Singer[86]
	Infrared search and track (IRST) system, paired with AN/AAA-3	F-8 Crusader[87]
AN/AAS-18	Infrared (IR) reconnaissance set	RF-4B Phantom II, RB-57 Canberra	Texas Instruments[88]
AN/AAS-21	Infrared (IR) reconnaissance mapper	RA-5C Vigilante[89]
	Real-time infrared (IR) terrain imaging set[9]	OV-1D Mohawk[90]
AN/AAS-26	Forward Looking Infrared (FLIR)[91]	B-57G Canberra Tropic Moon III[92]
AN/AAS-27	Downward-Looking infrared (IR) mapping system		Honeywell[93]
AN/AAS-28	Infrared (IR) detection system	A-6 Intruder	Texas Instruments[94]
AN/AAS-29	Night Vision Set	UH-1H Iroquois[25]	Hughes Aircraft
	Airborne Laser Tracker (ALT)[95]	AH-1G HueyCobra, OH-58 Kiowa
	Less than 500 lb (230 kg) gyro-stabilized Target Recognition and Attack Multi-sensor (TRAM) Detection and Ranging System (DRS) electro-optical target acquisition laser designator, used with AN/APQ-156[96]	A-6E Intruder,[97] TC-4C Academe[1]	Hughes Electronics[98]
AN/AAS-35	Pave Penny 30 lb (14 kg) integrated Target Identification Set, Laser (TISL) passive 1.06 μm targeting pod using a gimbal-mounted PIN diode sensor for day/night close air support roles, based on AN/AVQ-11, forerunner of AN/ASQ-173	A-4 Skyhawk, A-7D Corsair II, A-7K Corsair II, A-10A Thunderbolt II,[99] F-16 Fighting Falcon, F-111 Aardvark, OV-10 Bronco	Lockheed Martin[100]
AN/AAS-36	Forward Looking Infrared (FLIR) detection set	P-3C Orion	Texas Instruments[101]
AN/AAS-38	Nite Hawk 430 lb (200 kg) Forward Looking Infrared (FLIR) laser target designator/rangefinder pod operating at a wavelength of 1064 nm,[102] used with AN/AAS-50, replaced by AN/ASQ-228 ATFLIR	F/A-18 Hornet, F-14 Tomcat, SH-60B Seahawk	Lockheed Martin[103]
AN/AAS-42	Tiger Eyes Infrared search and track (IRST) system	SH-60B Seahawk, F-14D Super Tomcat F/A-18E/F Super Hornet[104]	Lockheed Martin[105]
AN/AAS-44	Multi-spectral targeting system	MH-60R Seahawk, MH-60S Knighthawk	Raytheon[106]
AN/AAS-46	Targeting Forward-Looking Infrared (TFLIR),[107] forerunner to AN/ASQ-228 ATFLIR	F/A-18E/F Super Hornet	Raytheon[108]
AN/AAS-50	Navigation Forward Looking Infrared (FLIR) pod, used with AN/AAS-38	F/A-18C/D Hornet[108]
AN/AAS-52	Multi-spectral targeting system (MTS-A)	MQ-1 Predator, MQ-1C Gray Eagle, MQ-9 Reaper, U-28 Draco	Raytheon[106]

AN/AAT – Airborne Infrared Transmission Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AAT-3	Ambient laser illuminator	AC-130H Spectre[109]

ACx – Piloted Aircraft Carrier Communications Systems

AN/ACC – Airborne Carrier Communication Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Solid-state low band 3-channel multiplexer/demultiplexer,[110] used with AN/ARC-89	Post Attack Command and Control System (PACCS)	Electronic Communications, Inc[111]
	4-channel multiplexer,[110] used with AN/ARC-89	Post Attack Command and Control System (PACCS)[1]
AN/ACC-3	Voice communications frequency-division multiplexer[110][112]	Post Attack Command and Control System (PACCS), E-4B NEACP[113]
AN/ACC-6	90-channel frequency-division multiplexer, used with AN/ART-42[110]	Boeing EC-135	E-Systems[114]

AN/ACQ – Airborne Carrier Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ACQ-5	High-speed TADIL-A/Link 11 capable solid-state serial-bit-stream digital data modem transmitter over HF or UHF radio[115]	P-3C Orion[116]	Sylvania[117]

ADx – Piloted Aircraft Radioactivity Detection, Identification, and Computation (RADIAC) Systems

AN/ADR – Airborne Radiac Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ADR-6	Aerial Radiac System (ARS) for nuclear radiation measurement,[118] preprograms terrain factors and automatically records altitude and airspeed[119]	OV-1 Mohawk[120]	North American Rockwell

AEx – Piloted Aircraft Laser Systems

AN/AES – Airborne Laser Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	805 lb (365 kg) Airborne Laser Mine Detection System (ALMDS) pod using LIDAR technology in littoral waters to detect, classify, and localize floating and near-surface moored mines, capable of generating topographic view of the ocean floor, paired with AN/ASQ-235	MH-60S Knighthawk	Northrop Grumman[121]

AIx – Piloted Aircraft Interphone/Public Address Systems

AN/AIC – Airborne Interphone/Public Address Communications Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AIC-10	Interphone system[110]
AN/AIC-14	Interphone system	UH-3H Sea King[122]
AN/AIC-18	Interphone system[110]	C-130T Hercules[123]
AN/AIC-23	Private interphone system[110]
AN/AIC-25	Interphone system	C-130T Hercules[123]

AJx – Piloted Aircraft Electromechanical/Inertial Systems

AN/AJB – Airborne Electromechanical/Inertial Bombing Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AJB-3	Loft/toss bombing computer system[124]	A-4 Skyhawk,[125] F-4B Phantom II	Lear Siegler, Texas Instruments[126]
AN/AJB-7	Altitude-reference and bombing computer set (ARBCS), used with AN/ASQ-91	F-4D Phantom II[127][128]	Lear Siegler[126]

AN/AJN – Airborne Electromechanical/Inertial Navigation Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Inertial Bomb-Navigation computer, replaced AN/AJQ-20[129]	F-111 Aardvark[130]	Rockwell International[131]

AN/AJQ – Airborne Electromechanical/Inertial Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AJQ-20	Inertial Bomb-Navigation computer, replaced by AN/AJN-16	F-111 Aardvark[129]	Litton Industries

ALx – Piloted Aircraft Countermeasures Systems

AN/ALE – Airborne Countermeasures Ejection/Release Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ALE-20	Flare dispenser with 16 flare expendables[27]	B-52 Stratofortress,[132] B-58 Hustler[133]
AN/ALE-24	Chaff dispenser with 140 chaff bundles[27]	B-52 Stratofortress[134]	Lundy[133]
AN/ALE-28	Chaff/flare dispenser set	F-111 Aardvark[134][135]	General Dynamics
	Chaff/flare dispenser with up to 30 pyrotechnic cartridges filled with dipole reflectors or infrared traps,[134] forerunner of AN/ALE-39	A-6 Intruder, A-7 Corsair II, EA-6B Prowler, F-4B/N/J/S Phantom II, F-5E Tiger II, F-14A Tomcat, F-111 Aardvark	Tracor[136]
AN/ALE-32	Chaff/flare dispenser pod[134]	EA-6A Intruder,[137] EA-6B Prowler
AN/ALE-33	Chaff/flare dispenser for unpiloted aircraft[134]		Lundy[138]
AN/ALE-38	Pod-mounted dipole chaff dispenser laying corridors of chaff effectively jamming signals from 2-6 GHz cm and 10-18 GHz cm up to 80 nmi (92 mi; 150 km) long[134][139]	EB-66 Destroyer, F-4 Phantom II, F-105F Thunderchief
	Chaff/flare dispenser with 30 expendables, improved AN/ALE-29,[134] replaced by AN/ALE-47	A-4 Skyhawk, A-6 Intruder, A-7 Corsair II, AH-1 SuperCobra, AV-8B Harrier II Plus, F-14A Tomcat, F-14B Tomcat,[140] F-14D Super Tomcat, F/A-18 Hornet, MH-60R Seahawk, SH-2G Super Seasprite,[41] SH-60 Seahawk, UH-1N Twin Huey, CH-53 Sea Stallion[141]	BAE
	Chaff/flare countermeasures dispenser system,[142] with 30 pyrotechnic cartridges filled with reflectors or 15 filled with infrared traps[134] forerunner of AN/ALE-47	A-10 Thunderbolt II, C-130 Hercules, B-1B Lancer, C-130 Hercules, C-141 Starlifter, F-4 Phantom II, F-5E/F Tiger II, F-14 Tomcat, F-16 Fighting Falcon, F-104 Starfighter, F-111 Aardvark, FB-111 Aardvark, , Lockheed HC-130,[143] MC-130H Combat Talon II, MH-60G Pave Hawk,[40] RF-4 Phantom II
AN/ALE-41	Chaff dispenser pod[134][144]	EA-6A Intruder[137]
AN/ALE-43	External pod or internally-mounted high-capacity chaff cutter and dispenser which cuts fiberglass roving material for each dipole to a selectable length[145][134]	EA-6B Prowler[146]	Alliant Defense Electronics[133]
AN/ALE-44	Lightweight chaff/flare dispensing pod carrying 32 expendables[134][147]	Tactical, support, drones, and strike aircraft capable of supersonic flight	Southwest Aerospace
AN/ALE-45	49.5 lb (22.5 kg) microprocessor-controlled chaff/flare dispenser, part of Tactical Electronic Warfare System (TEWS)	F-15 Eagle	BAE[148]
AN/ALE-47	"Smart" threat adaptive chaff/flare Countermeasure Dispenser System (CMDS) dispenser integrated aircraft with radar warning receivers for autonomous operation,[141] improved AN/ALE-40, replaced AN/ALE-39	AC-130U Spooky II, C-17 Globemaster III, CH-47 Chinook, F-16 Fighting Falcon, F/A-18 Hornet, MH-60G Pave Hawk,[40] UH-60 Black Hawk, and many others	Tracor
	Flare dispenser with a capacity of 12 flare expendables, used with AN/ALQ-161, integrated with AN/ASQ-184[149]	B-1B Lancer
AN/ALE-50	Little Buddy passive electronic countermeasure towed decoy[150]	F-16 Fighting Falcon, F/A-18E/F Super Hornet, B-1B Lancer, RQ-4B Global Hawk	Raytheon[151]
AN/ALE-55	Fiber-optic radar jamming and deception towed decoy, part of Integrated Defensive Electronic Countermeasures (IDECM) operating from 1-35 GHz cm 2 working with AN/ALQ-214[152]	AC-130U Spooky II, F/A-18E/F Super Hornet, F/A-18E/F Super Hornet, F-15 Eagle, F-16 Fighting Falcon, MC-130H Combat Talon II	BAE

AN/ALH – Airborne Countermeasures Recording/Reproducing Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ALH-4	Electronic countermeasures magnetic recorder/reproducer	B-52 Stratofortress	Ampex[153]

AN/ALQ – Airborne Countermeasures Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ALQ-41	X-band electronic countermeasure system	A-4 Skyhawk,[154] A-5 Vigilante, EA-6A Intruder[137]	Sanders Associates[155]
AN/ALQ-51	S-band radar jamming and deception electronic countermeasure system using range gate pull-off, frequency translation, inverse conical scan and angular deception techniques operating in the 2-4 GHz cm frequency range	A-4 Skyhawk[156]	Sanders Associates[154]
AN/ALQ-61	Passive electronic intelligence/electronic support measures (ELINT/ESM) reconnaissance sensor suite[89]	RA-5C Vigilante[157]	AIL Systems[155]
AN/ALQ-71	Electronic countermeasure jamming pod operating in the 1-8 GHz cm 2 range[21]	A-7 Corsair II, AQM-34 Ryan Firebee, B-52 Stratofortress, F-4 Phantom II, F-101 Voodoo, F-105 Thunderchief, RB-66 Destroyer	General Electric[158]
AN/ALQ-72	Electronic countermeasure jamming pod operating in the 1-8 GHz cm 2 range[21]	A-7 Corsair II, B-52 Stratofortress, F-4 Phantom II, F-101 Voodoo, F-105 Thunderchief, RB-66 Destroyer
AN/ALQ-76	Electronic countermeasure jamming pod operating in the 2-8 GHz cm 2 range[21]	EA-6A Intruder,[137] EA-6B Prowler, A-4E Skyhawk
	Pylon-mounted radar threat detection/surveillance/direction finding system with high-speed rotating omnidirectional antenna,[159] replaced by AN/ALR-66[160]	A-4 Skyhawk, A-6 Intruder, P-3C Orion[115]	Loral Corp
AN/ALQ-81	Electronic countermeasure pod[21]	A-7 Corsair II
AN/ALQ-85	Signal surveillance receiver system	EA-6A Prowler[161]
AN/ALQ-86	Electronic countermeasure receiver/surveillance pod[21]	EA-6A Intruder[137]	Bunker Ramo[162]
	Electronic countermeasure FM barrage jamming pod operating in the 1-8 GHz cm 2 range,[21] replaced by AN/ALQ-119[163]	AC-130 Spectre, F-4D Phantom II,[127] F-4G Wild Weasel V, F-100 Super Sabre, F-101 Voodoo, F-105 Thunderchief, F-111 Aardvark,	General Electric
AN/ALQ-91	Internally mounted electronic countermeasure microwave communications link jamming system[21]	A-4 Skyhawk, F-14 Tomcat	Sanders Associates, Magnavox
	Internally mounted electronic countermeasure combined pulse mode and continuous wave (CW) deception and barrage jamming (trackbreaker) operating from 2-20 GHz cm,[164] replaced by AN/ALQ-137[21]	F/EF-111A/E/F Aardvark[165]	Sanders Associates
	Internally mounted C-band broadband noise jammer system[21][166]	A-3 Skywarrior	General Instrument
AN/ALQ-99	Tactical Jamming System (TJS) active electronic countermeasures pod with noise and imitative jamming transmitters,[21] replaced by AN/ALQ-249 Next Generation Jammer	EA-6B Prowler, EA-18G Growler,[167] EF-111A Raven[164]	Cutler-Hammer,[168] L3Harris[169]
	Internally mounted active electronic countermeasure system operating in the 2-8 GHz cm 2 range, replaced by AN/ALQ-126[21]	A-4 Skyhawk,[154] A-6 Intruder,[97] A-7 Corsair II, EA-6B Prowler, F-14 Tomcat[170] RA-5C Vigilante	Sanders Associates[136]
AN/ALQ-101	Electronic countermeasure pod operating in the 2-20 GHz cm 2 range,[171] forerunner of AN/ALQ-126, replaced by AN/ALQ-119[172]	F-4G Wild Weasel V	Westinghouse Electronic Systems[127]
AN/ALQ-102	C-band broadband noise jamming pod, modified AN/ALQ-98[21]
AN/ALQ-105	Electronic countermeasure pod operating in the 2-20 GHz cm 2 range,[21] developed from AN/ALQ-101	F-105 Thunderchief
AN/ALQ-107	Internally mounted Infrared countermeasure system[21]	UH-1 Iroquois
AN/ALQ-108	Electronic countermeasure Identification Friend or Foe (IFF) jamming system[21][68]	E-2C Hawkeye, F-4 Phantom II, EP-3E Aries, S-3A Viking	Magnavox[173]
AN/ALQ-117	Pave Mint electronic countermeasure system operating in the 8-10 GHz cm 2 range[21]	B-52 Stratofortress	ITT[174][175]
	630 lb (290 kg) active electronic countermeasure noise/deception jamming pod operating in the 2-10 GHz cm 2 range in three bands,[176][177] forerunner of AN/ALQ-184, replaced AN/ALQ-87 and AN/ALQ-101[172]	A-10 Thunderbolt II, EF-4C Wild Weasel IV,[127] F-4G Wild Weasel V, F-16 Fighting Falcon	Westinghouse Electronic Systems[178]
AN/ALQ-122	False-target electronic countermeasure radar jamming and deception system[179]	B-52G/H Stratofortress, E-3A Sentry	Motorola,[180] Northrop Grumman[181]
AN/ALQ-123	Infrared countermeasure pod[179]	A-4 Skyhawk, A-6 Intruder, A-7 Corsair II, F-4 Phantom II	Lockheed Martin[182]
AN/ALQ-126	190 lb (86 kg) pod or internally-mounted electronic countermeasure pulsed trackbreaker operating in the 2-18 GHz cm 2 range at up to 1 kW power per band,[164][171] improved AN/ALQ-101, replaced AN/ALQ-100[183]	A-6 Intruder,[184] A-7 Corsair II, AV-8B Harrier II Plus, EA-6A Intruder,[137] EA-6B Prowler, F-4J Phantom II,[185] F/A-18C/D Hornet, F/A-18E/F Super Hornet, RF-4B Phantom II[186]	Sanders Associates[187]
AN/ALQ-128	Multimode Electronic Warfare Warning Set (EWWS), part of Tactical Electronic Warfare Systems (TEWS)	F-15C Eagle,[164] F-15E Strike Eagle[188]	Raytheon[189]
	Internally mounted trackbreaker advanced jammer,[179] forerunner of AN/ALQ-136[190]	F-4 Phantom II, F-14 Tomcat, A-7 Corsair II	ITT[191]
AN/ALQ-130	Electronic countermeasure system to disrupt air-defense communications[179]	A-4 Skyhawk, A-6 Intruder, EA-6 Prowler, A-7 Corsair II, F-4 Phantom II, F-4G Wild Weasel V	Cutler-Hammer
AN/ALQ-131	659 lb (299 kg) modular electronic countermeasure noise and repeater jamming pod operating from 2-20 GHz cm 2 using 17 possible configurations covering 3 bands,[179] developed from AN/ALQ-119[164]	A-7 Corsair II, A-10C Thunderbolt II,[192] AC-130 Spectre, C-130 Hercules, F-111 Aardvark, F-4 Phantom II, F-4G Wild Weasel V, F-15 Eagle, F-16 Fighting Falcon, RF-4 Phantom II	BAE, Northrop Grumman[193]
	Hot Brick Electro-optical (EO) and infrared countermeasure system,[179] forerunner of AN/ALQ-140	A-4 Skyhawk, A-6 Intruder, A-7 Corsair II, A-10 Thunderbolt II, OV-10 Bronco	Sanders Associates,[194] BAE
AN/ALQ-133	Quick Look II 1,000 lb (450 kg) electronic signals intelligence (ELINT) surveillance pod operating in the .4-18 GHz cm 2 frequency range with a UHF data link range of up to 140 nmi (160 mi; 260 km)[195]	A-10 Thunderbolt II, OV-1 Mohawk, RC-12K Guardrail, RV-1D Mohawk[196]	Electronics & Space Corp, United Technology Laboratories[197]
AN/ALQ-135	300 lb (140 kg) internally-mounted automatic combined pulse and Continuous Wave (CW) electronic countermeasure system with 360º coverage operating from 2-20 GHz cm 2,[176][198] a part of Tactical Electronic Warfare System (TEWS), replaced by AN/ALQ-250[199]	F-15C Eagle, F-15E Strike Eagle[164]	Northrop Grumman[200]
	80 lb (36 kg) microprocessor-controlled fully automatic electronic countermeasure repeater jamming system operating in the 8-16 GHz cm 2 range, based on AN/ALQ-129,[179] interfaces with AN/APR-39, replaced by AN/ALQ-211	AH-1J SeaCobra, AH-1S Cobra, AH-64A Apache, AH-64D Apache, EH-60A Black Hawk, OV-1D Mohawk, MH-47E Chinook, MH-60K Black Hawk, RC-12N/P Guardrail	ITT[190] Northrop Grumman[40]
	1 kW combined pulse and Continuous Wave (CW) imitative jammer operating from 2-15 GHz cm 2,[171] used with AN/ALR-62,[201] replaced AN/ALQ-94	F/EF-111A/E/F Aardvark[164]	Sanders Associates[202]
	Internally mounted infrared countermeasure system, developed from AN/ALQ-132[179]	F-4 Phantom II, F-4G Wild Weasel V	Sanders Associates[191]
AN/ALQ-142	143 lb (65 kg) Electronic Support Measures (ESM) and Signals Intelligence (SIGINT) system with 360º coverage operating from 2-25 GHz cm 2, part of Light Airborne Multi-Purpose System (LAMPS III)[203] interfaces with AN/AYK-14 with data link transmitting to AN/SLQ-32	SH-60B Seahawk	Raytheon[204]
AN/ALQ-144	1.7 kW 29 lb (13 kg) Infrared countermeasures (IRCM)[109] system with 360º coverage,[179] replaced by AN/ALQ-212 ATIRCM/CMWS	AH-1J SeaCobra, AH-1S Cobra, AH-1T Improved SeaCobra, AH-1W SuperCobra, AH-64 Apache, EH-1H Iroquois, EH-60A Black Hawk, MH-60G Pave Hawk, MH-60R Seahawk, MH-60S Knighthawk, OV-10D Bronco, SH-2G Super Seasprite,[41] UH-1 Iroquois, UH-60 Black Hawk[40]	Sanders Associates,[194] BAE[205]
AN/ALQ-146	Infrared countermeasure pod[179]	CH-46 Sea Knight	Sanders Associates
AN/ALQ-147	Pylon-mounted infrared countermeasure system[179]	OV-1D Mohawk, RV-1D Mohawk	Sanders Associates
AN/ALQ-149	400 lb (180 kg) VHF/UHF electronic countermeasure command and control communications (C3) jammer operating from 20-70 MHz m 2[206] to be used with AN/ALQ-99 and AN/AYK-14	EA-6B Prowler (ADVCAP)[164]	Sanders Associates, Lockheed Martin[207]
	Quick Fix[208] 150 watt 16,500 lb (7,500 kg) electronic countermeasure system providing HF/VHF direction finding (DF),[209] interception (COMINT/ELINT) and jamming operating from 2-76 MHz m 2,[210] includes AN/TLQ-17	EH-1H Iroquois, EH-1X Iroquois, EH-60A Black Hawk, EH-60L Black Hawk	Marconi Aerospace, Raytheon[211]
AN/ALQ-153	180 lb (82 kg) solid-state pulse-Doppler tail radar missile approach warning system,[212] replaced AN/ALQ-127	B-1B Lancer, B-52 Stratofortress, F-14 Tomcat, F-15 Eagle, F-16 Fighting Falcon, F/A-18 Hornet, F-111 Aardvark[159]	Westinghouse Electronic Systems,[213] Northrop Grumman[214]
	653 lb (296 kg) Power Management System (PMS) radar jammer with 360º coverage and manual/automatic control of other jamming transmitters covering a 1-8 GHz cm 2 frequency range (D/E/F/G/H-bands)[215]	B-52 Stratofortress,[179] MC-130E Combat Talon	Northrop Grumman[216]
AN/ALQ-156	49.6 lb (22.5 kg) solid-state stand-alone or integrated missile approach warning system (MAWS)[217] pulse-Doppler radar with 360º coverage,[159] may be part of AN/ALQ-184 and AN/TPQ-37	C-23B Sherpa, C-130 Hercules, CH-47 Chinook, EH-1H Iroquois, EH-60A Black Hawk, OV-1D Mohawk, RC-12 Guardrail, RU-21 Ute, RV-1D Mohawk	BAE[218]
AN/ALQ-157	220 lb (100 kg) 4 kW Infrared Countermeasure (IRCM) system with 360º coverage using up to 5 jamming codes, each with wide frequency agility ranges	C-130 Hercules, C-130J Super Hercules, CH-46E Sea Knight, CH-47 Chinook, CH-53 Sea Stallion, E-2C Hawkeye, MH-53 Pave Low,[32] P-3C Orion, SH-3 Sea King	Loral Space & Communications,[68] Lockheed Martin[219]
	5,200 lb (2,400 kg) 120 kW electronic countermeasure jamming and tail warning system operating from 0.2-25 GHz cm 2,[179][220] using an IBM AP-101F computer, and integrated with AN/ASQ-184	B-1B Lancer[221]	Eaton Corp,[149] L3Harris[169][222]
	Shadowbox / Shadowbox II 42.5 lb (19.3 kg) internally mounted electronic countermeasure pulse-Doppler continuous wave (CW)[164] deception jamming system operating from 6-20 GHz cm 2,[169][179] may be controlled by AN/ALQ-213, and may be contained in AN/ALQ-164 pod[183][223]	AV-8B Harrier II, EH-60A Black Hawk, MH-47E Chinook, MH-53J Pave Low III, MH-60G Pave Hawk, MH-60K Black Hawk, RC-12D Guardrail, RC-12K Guardrail	Northrop Grumman[224]
	350 lb (160 kg) active electronic countermeasure pod operating from 2-18 GHz cm 2, pod system combining AN/ALQ-126[183] and AN/ALQ-162[223]	AV-8B Harrier II[225]
	246 lb (112 kg) internally mounted Airborne Self-Protection Jammer (ASPJ) operating in the 1-35 GHz cm 2 range, replaced by AN/ALQ-214	F-14D Super Tomcat, F-16C/D Fighting Falcon, F/A-18C/D Hornet, F/A-18E/F Super Hornet[226]	ITT[227]
AN/ALQ-166	Countermeasures Set, helicopter-towed, remotely controlled minesweeping system		EDO Corp[228]
AN/ALQ-167	Angry Kitten 386 lb (175 kg) active electronic countermeasure 8 kW noise/deception pod operating from 0.05-10.5 GHz cm 2	A-6E Intruder, EA-6A Intruder, EA-6B Prowler, Lockheed EP-3J, F-14A Tomcat, F-14B Tomcat, F-14D Super Tomcat,[136] F-16 Fighting Falcon,[229] F/A-18A/B Hornet, F/A-18C/D Hornet, Douglas EC-24A, NKC-135 Big Crow[230]	Rodale Electronics[169]
AN/ALQ-171	Combined pulse mode and Continuous Wave (CW) electronic countermeasure pod[134]	F-5E/F/G Tiger	Northrop Grumman[191]
AN/ALQ-172	1,631 lb (740 kg) internally mounted electronic countermeasure system operating from 0.1-18 GHz cm 2, possibly being extended to 40 GHz[231]	AC-130H Spectre,[33] AC-130U Spooky II, B-52H Stratofortress, MC-130E Combat Talon, MC-130H Combat Talon II[232]	ITT Avionics, L3Harris[169]
AN/ALQ-176	319 lb (145 kg) advanced electronic countermeasure pod using voltage-tuned magnetron transmitters operating in the 0.8-15.5 GHz cm 2 range[134]	F-4 Phantom II, F-5 Freedom Fighter, F-5 Tiger, F-16 Fighting Falcon	Hercules Defense Electronics[233]
	316 lb (143 kg) internally mounted Rapid Alert Programmed Power management of Radar Targets III (RAPPORT III) integrated radar warning receiver and electronic countermeasure suite operating from 0.5-20 GHz cm 2,[234] forerunner of AN/ALQ-202	F-16 Fighting Falcon	Loral Corp, Lockheed Martin[235]
AN/ALQ-179	Compass Hammer electro-optical laser turret anti-aircraft artillery countermeasures pod[236][237]	F-4 Phantom II
	744 lb (337 kg) active electronic countermeasure noise and deception radar jamming pod operating from 2-10 GHz cm 2 using Rotman scannable lens antennas,[169] modified AN/ALQ-119[164]	A-10C Thunderbolt II, F-4G Wild Weasel V, F-15 Eagle, F-16 Fighting Falcon	Raytheon[238][239]
AN/ALQ-196	Integrated defensive electronic countermeasure system	AC-130U Spooky II, MC-130E Combat Talon	Sanders Associates,[191] BAE
	200 lb (91 kg) internally mounted autonomous radar warning receiver and electronic countermeasure jammer with digital radio frequency memory (DRFM) operating from 2-20 GHz cm 2, developed from AN/ALQ-178	F-14 Tomcat, F-16 Fighting Falcon	Lockheed Martin[235]
AN/ALQ-205	Phase-locked omni-directional Infrared (IR) Countermeasures (IRCM) system for rotary wing aircraft (helicopters)[240]
AN/ALQ-210	56.6 lb (25.7 kg) passive Electronic Support Measures (ESM) threat warning system with 360° coverage operating from 2-18 GHz cm 2[222]	MH-60R Seahawk,[75] MH-60S Knighthawk[241]	Lockheed Martin[242]
	143 lb (65 kg) Suite of Integrated RF Countermeasures (SIRFC) pod,[169] replaced AN/ALQ-136[223]	CV-22B Osprey, MH-47 Chinook, MH-60 Jayhawk[243]	ITT, L3Harris[169]
	Advanced Threat Infrared Countermeasures (ATIRCM) blinding missile threats with an active laser, comprised AN/AAR-57[80] replaced AN/ALQ-144[205]	AH-64E Apache,[244] CH-47 Chinook	BAE[245]
	Electronic Warfare Management Unit (EWMU)	F-16C/D Fighting Falcon	Terma A/S[191]
	111.2 lb (50.4 kg) internally mounted electronic countermeasures jamming signals generator operating from 1-35 GHz cm 2, part of Integrated Defensive Electronic Countermeasures (IDECM) working with AN/ALE-55,[152] replaced AN/ALQ-165[227]	AC-130U Spooky II, F/A-18E/F Super Hornet, F/A-18E/F Super Hornet, F-15 Eagle, F-16 Fighting Falcon, MC-130H Combat Talon II	BAE, L3Harris[169]
	202 lb (92 kg) passive Electronic Support Measures (ESM) threat warning system with 360° coverage across 3 bands	E-2C Hawkeye,[246] E-2D Hawkeye	Lockheed Martin[247]
AN/ALQ-218	Electronic warfare passive radar warning receiver	EA-6B Prowler,[184] EA-18G Growler[248]	Northrop Grumman[249]
AN/ALQ-221	Radar warning receiver and electronic countermeasures system	U-2 Dragon Lady[250]	BAE
AN/ALQ-231	Intrepid Tiger II networked internally/externally mounted VHF/UHF electronic warfare communication-jamming system operating from 0.03 to 3 GHz cm 0[a][251][252]	AH-1Z Viper,[253] AV-8B Harrier II, CH-53K King Stallion,[254] F/A-18C/D Hornet, KC-130J tanker, MV-22B Osprey,[255] RQ-21 Blackjack, UH-1Y Venom	Jopana Technologies[256]
AN/ALQ-239	Digital Electronic Warfare System (DEWS)		BAE[169]
AN/ALQ-240	Electronic Support Measures (ESM) set	P-8 Poseidon	Northrop Grumman[191]
AN/ALQ-248	Self-contained advanced off-board electronic warfare (AOEW) active mission payload enhanced surveillance and countermeasures pod	MH-60R Seahawk, MH-60S Seahawk	Lockheed Martin[257]
AN/ALQ-249	Next Generation Jammer mid-band (NGJ-MB) pod with active electronically scanned array (AESA) airborne electronic attack (AEA) for suppression of enemy air defenses (SEAD),[258] replaced AN/ALQ-99	EA-18G Growler	Raytheon
	Eagle Passive/Active Warning and Sustainment System (EPAWSS) integrated multi-spectral RF/IR electronic countermeasures and radar warning receiver,[254] replaced AN/ALQ-135[199]	F-15 Eagle, F-15E Strike Eagle[259] F-15EX Eagle II	BAE[169]
AN/ALQ-260	BriteCloud expendable Digital Radio Frequency Memory (DRFM) battery-powered countermeasures decoy	A-10 Thunderbolt II, C-130 Hercules, F-15 Eagle, F-16 Fighting Falcon,[260] F/A-18 Hornet, MQ-9 Reaper, MQ-9B SeaGuardian, MQ-9B SkyGuardian	Selex ES, Leonardo S.p.A.[261]

AN/ALR – Airborne Countermeasures Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ALR-20	Panoramic radar receiver covering 6 bands of spectrum[262]	B-52H Stratofortress
	Infrared search and track (IRST) sensor,[62] replaced by AN/AXX-1	F-14 Tomcat,[136] F-111 Aardvark	Avco
AN/ALR-25	Radar warning receiver	F-4D Phantom II,[127] F-14 Tomcat	Magnavox[136]
AN/ALR-26	Radar warning receiver	F-4D Phantom II[127]
AN/ALR-32	360º radar sensor[159]	RB-66 Destroyer, B-52 Stratofortress
AN/ALR-34	Airborne Radio Direction Finder (ARDF) sensor operating in the 20-60 GHz cm 2[159] range using Phase Angle Discrimination (PAD) for relative bearing, replaced AN/ARD-18[263][264]	EC-47N/P Skytrain, EC-121 Warning Star, Boeing EC-135, Boeing RC-135
AN/ALR-35	Airborne Radio Direction Finder (ARDF) sensor with Nortronics 1060 airborne data processor, improved AN/ALR-34[263][264]	EC-47N/P Skytrain, U-21 Ute	Sanders Associates
AN/ALR-38	Airborne Radio Direction Finder (ARDF) sensor[263][264]	EC-47Q Skytrain
	RF sensor, replaced by AN/ALR-62[159]	F-111 Aardvark, FB-111 Aardvark
AN/ALR-40	Countermeasures receiver	EA-3B Skywarrior	GTE-Sylvania[153]
	RF sensor, replaced by AN/ALR-62[159]	F-111 Aardvark, FB-111 Aardvark
	Compass Tie radar warning receiver operating in the 2-14 GHz cm 2 range,[159] replaced by AN/ALR-67	A-4F Skyhawk,[156] A-6 Intruder, A-7E Corsair II, F-4J Phantom II, F-14 Tomcat,[136] RA-5C Vigilante[155]	Itek,[265] Litton Industries[222]
AN/ALR-46	Radar warning receiver operating in the 2-20 GHz cm 2 range[266]	AC-130 Spectre, F-4 Phantom II, RF-4C Phantom II, F-5 Tiger, B-52 Stratofortress, CC-130, Lockheed MC-130[267]	Litton, General Instrument[268]
	RF illumination detection sensor, replaced by AN/ALR-76[269]	F-4F Phantom II, F-5 Tiger, S-3 Viking
AN/ALR-50	Surface-to-air missile launch detection system operating in the 4-20 GHz cm 2 range[269]	A-4 Skyhawk,[156] A-7 Corsair II, EA-6B Prowler, F-4N Phantom II, F-14 Tomcat, F-111 Aardvark, FB-111 Aardvark, RF-4B Phantom II
AN/ALR-52	Multichannel radar sensor operating in the .5-18 GHz cm 2 range[269]	EP-3E Orion
	Radar warning receiver operating in the 2-20 GHz cm 2 range, part of Tactical Electronic Warfare System (TEWS), controls the AN/ALQ-135[269]	A-7D Corsair II, B-52 Stratofortress, F-15 Eagle,[164] F-16 Fighting Falcon, RF-4 Phantom II	Loral Corp,[270] Litton Industries[271]
	Automated four-band passive superheterodyne receiver radar direction finding sensor operating in the .5-18 GHz cm 2 range[269]	E-2C Hawkeye[246]
	Radar warning receiver system or Countermeasures Receiving Set (CRS) operating from 0.5-18 GHz cm,[267], used with AN/ALQ-137 and AN/AAR-44,[202] developed from AN/APS-109, replaced AN/ALR-39 and AN/ALR-41[266]	F-111 Aardvark, F-111C Pig, EF-111 Raven[164]	Dalmo-Victor, Litton Industries[201]
	Compass Sail low band airborne UHF/L-band missile approach radar warning receiver[164] part of AN/ALR-69[272][273]	A-10 Thunderbolt II, AC-130U Spooky II, B-52H Stratofortress, F-4 Phantom II, F-16 Fighting Falcon, HH-53 Super Jolly Green Giant, Lockheed MC-130
	60 lb (27 kg) digital computer controlled radar warning receiver[274] electronics intelligence and measurement and signature intelligence (ELINT/MASINT)[275] system operating from 2-20 GHz cm 2 with 360º coverage,[269] replaced AN/ALQ-78[160]	A-4 Skyhawk, A-7 Corsair II, C-130 Hercules, E-6 Mercury, F-4 Phantom II, F-16 Fighting Falcon, P-3C Orion, SH-2F Seasprite,[41] SH-3 Sea King	General Instrument,[68] Northrop Grumman
AN/ALR-67	Radar warning receiver[276] operating in the 1-16 GHz cm 2 range,[269] replaced AN/ALR-45	A-6E Intruder, AV-8B Harrier II Plus, EA-6B Prowler, F-14 Tomcat,[136] F/A-18 Hornet,[267] F/A-18E/F Super Hornet[164]	Northrop Grumman, Raytheon[222]
AN/ALR-68	Radar warning receiver operating in the 1-16 GHz cm 2 range,[269] improved AN/ALR-46[277]	EA-6B Prowler, F-14 Tomcat, F/A-18 Hornet	Litton Industries[267]
	Compass Tie radar warning receiver[272][278] operating in the 1-16 GHz cm 2 range, used with AN/ALR-64,[273] improved AN/ALR-46[269]	A-10 Thunderbolt II,[267] AC-130U Spooky II, B-52H Stratofortress, C-130H Hercules, F-4 Phantom II, F-16 Fighting Falcon,[164] HH-53 Super Jolly Green Giant, Lockheed MC-130	Raytheon[222][279]
	Passive Detection System (PDS) electronic support measures (ESM) 360° automatic superheterodyne receiver direction finder operating between 0.5-18 GHz cm 2 over 4 bands using 52 antennas, interaces with AN/AYK-14, upgraded AN/ALR-59, replaced by AN/ALQ-217	E-2C Hawkeye[280][246]	Litton Industries, Northrop Grumman
	134.2 lb (60.9 kg) autonomous radar warning receiver multipurpose passive electronic support measures (ESM) with direction finding that covers 360° between 2-20 GHz cm 2, replaced AN/ALR-47[281]	S-3B Viking, EP-3E Aries, ES-3A Shadow	Lockheed Martin[282]
AN/ALR-91	Less than 55 lb (25 kg) radar warning receiver operating from 0.5-18 GHz with simultaneous band sampling		Litton Industries[267]
AN/ALR-93	Radar warning and electronic support measures receiver operating from 0.5-18 GHz		Litton Industries[267]
	360° self-protection Electronic Warfare (EW) integrated 30 antenna broadband radar warning, targeting, and countermeasures system with a 250 nmi (290 mi; 460 km) range	F-22 Raptor	BAE[283]
AN/ALR-646	Radar warning receiver operating in the 2-20 GHz cm 2 range, supplements AN/ALR-66[269]

AN/ALT – Airborne Countermeasures Transmitter Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ALT-6	Electronic countermeasure barrage noise jammer[284]	B-47E Stratojet
AN/ALT-13	Electronic countermeasure barrage jamming transmitter operating in the 2-8 GHz cm 2 range,[134] forerunner of AN/ALT-28 and AN/ALT-30	B-47 Stratojet, B-52 Stratofortress, B-57 Canberra, B-66 Destroyer	Hallicrafters, Raytheon[191]
AN/ALT-15	A-band Electronic countermeasure barrage jamming transmitter	B-47 Stratojet, B-52 Stratofortress, B-57 Canberra, B-66 Destroyer	Hallicrafters[191]
AN/ALT-16	D-band Electronic countermeasure transmitter,[285] forerunner of AN/ALT-31	B-52H Stratofortress	Hallicrafters
AN/ALT-28	1,530 lb (690 kg) electronic countermeasure carcinotron barrage noise jammer operates from 0.3-100 GHz cm range,[134] updated AN/ALT-13, depends on AN/ALQ-155	B-52G/H Stratofortress, B-66 Destroyer, EA-6B Prowler, MC-130E Combat Talon	Hallicrafters[286]
AN/ALT-30	Electronic countermeasure barrage jamming transmitter, updated AN/ALT-13	B-52 Stratofortress	Hallicrafters[191]
AN/ALT-31	Electronic countermeasure barrage jamming transmitter, updated AN/ALT-16	B-52 Stratofortress	Northrop Grumman[191]
AN/ALT-32	Electronic countermeasure barrage communications jammer[287]	B-52 Stratofortress	Hallicrafters

AMx – Aircraft Meteorological Systems

AN/AMH – Airborne Meteorological Recorder Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AMH-3	Microwave refractometer	E-2C Hawkeye[288]

AN/AMQ – Airborne Meteorological Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AMQ-23	Atmospheric meteorological probe (radiosonde) measuring temperature and humidity, and transmitting that data to a ground processing facility[289][290]	Balloon-borne	Geotronics

APx – Piloted Aircraft Radar Systems

AN/APA – Airborne Radar Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Nosmo adapter assembly, used with AN/APQ-7 radar bombsight system[291]	B-17 Flying Fortress, B-24 Liberator, B-29 Superfortress
	Nosmo adapter assembly, used with AN/APQ-7 radar bombsight system, replaced AN/APA-46[291]	B-17 Flying Fortress, B-24 Liberator, B-29 Superfortress
	Radar indicator, used with AN/APQ-109	F-4D Phantom II[127]
	Radar scope/indicator with air-to-ground ranging and moving cursors, used with AN/APQ-109	F-4D Phantom II,[127] F-4E Phantom II[292]

AN/APD – Airborne Radar Direction Finding/Reconnaissance/Surveillance Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/APD-4	D/E/F-band radar direction finding system[293]	B-47E Stratojet[294]	Federal Telecommuncations Laboratories[295]
AN/APD-7	Side-looking airborne radar (SLAR)	RA-5C Vigilante[296]	Westinghouse Electronic Systems[89]

AN/APG – Airborne Radar Fire-Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	S-band airborne intercept radar, replaced by AN/APG-28	P-61 Black Widow	Bell Labs,[297] Western Electric[298]
	S-band intercept and gun laying radar, replaced by AN/APG-16	P-61 Black Widow	General Electric[299][298]
AN/APG-3	X-band tail Airborne Gun Laying (AGL) radar	B-29 Superfortress,[298] B-36 Peacemaker	General Electric[300][298]
	L-band FM low altitude torpedo release radar Sniffer,[301] replaced by AN/APG-6 and AN/APG-17	TBM Avenger[302]
	S-band lightweight airborne range-only (ARO) radar,[298] replaced by AN/APG-18	B-17 Flying Fortress, B-24 Liberator, F-86 Sabre	Galvin Manufacturing Corp[303][298]
	L-band low altitude bomb release radar Super Sniffer,[301] replaced AN/APG-4, replaced by AN/APG-9 and AN/APG-20
AN/APG-7	Glide bomb control radar SRB (Seeking Radar Bomb)[302]	F-86D Sabre[304]
	S-band tail airborne gun sight (AGS) radar,[298] replaced by AN/APG-19	B-24 Liberator,[298] B-29 Superfortress	General Electric[305]
	L-band low altitude bomb release radar, replaced AN/APG-6[302]
AN/APG-13	Falcon S-band airborne range-only (ARO) radar[298]	B-25 Mitchell	General Electric
AN/APG-14	S-band airborne range-only (ARO) radar[298]	B-29 Superfortress[298]
AN/APG-15	S-band tail airborne gun sight (AGS) radar for Project Wasp[298]	B-29 Superfortress[298]	General Electric[298][306]
	X-band gun laying radar,[298] replaced AN/APG-2	B-32 Dominator, XB-48	Sperry Corp[298]
	S-band low altitude bomb release radar,[301] replaced AN/APG-4
	X-band turret control radar, replaced AN/APG-5,[302] replaced by AN/APG-19		Glenn L. Martin Company
	X-band gun laying radar,[298] replaced AN/APG-8 and AN/APG-18		Glenn L. Martin Company
	S-band low altitude bomb release radar, replaced AN/APG-6[302]
AN/APG-21	Pterodactyl automatic air-to-ground range only radar[298]
AN/APG-22	X-band gun sight radar, used with Mk18/23 Lead-computing gunsights		Raytheon[302]
AN/APG-23	Airborne gun directing radar[307]	B-36 Peacemaker,[308] B-50 Superfortress,[309] PBJ-1H Mitchell
AN/APG-24	Airborne gun directing radar	B-36 Peacemaker,[302] B-50 Superfortress[309]
	X-band tail gun tracking monopulse radar[310]	F-100 Super Sabre[311]	General Electric[312]
	I-band airborne gun aim radar	F3D Skyknight	Westinghouse Electronic Systems[313]
	Airborne range-only (ARO) intercept radar, replaced AN/APG-1[302]	F-82 Twin Mustang
	Night/all-weather fire-control radar, replaced by AN/APG-37[314]
	65 lb (29 kg) 5 kW X-band fire-control radar operating from 9.335-9.415 GHz cm 2 with a range of 3,000 yd (2,700 m),[315]	B-45 Tornado,[308] B-57 Canberra, F-4E Phantom II, F-8 Crusader, F-9 Cougar, F-11 Tiger, F-84 Thunderjet, F-84F Thunderstreak, F-86 Sabre, F-100 Super Sabre, FJ-2 Fury, F2H Banshee	Sperry Corp[316]
AN/APG-31	Ranging radar	B-57 Canberra,[308] F-105 Thunderchief[317]	Raytheon
AN/APG-32	X-band tail turret autotrack radar, replaced by AN/APG-41	B-36 Peacemaker,[318][319] B-47E Stratojet	General Electric[308]
AN/APG-33	X-band fire-control radar	TB-25K Mitchell, F-94 Starfire, F-89 Scorpion	General Electric,[300] Hughes Aircraft[302]
AN/APG-34	Airborne range only computing radar gunsight	F-104 Starfighter[320]	General Electric[321]
AN/APG-36	Fire control radar, replaced by AN/APG-37	F2H Banshee, F-86D/L Sabre[322]	Hughes Aircraft
	Fire control radar, replaced AN/APG-29,[314] and AN/APG-35	F-86 Sabre, F2H Banshee	Hughes Aircraft
AN/APG-39	Airborne range only gun laying radar	B-47E Stratojet	Stavid Engineering[321]
AN/APG-40	Fire control radar	F-94C Starfire, F-89 Scorpion, TB-25M Mitchell	Hughes Aircraft[323]
AN/APG-41	Tail gun radar (twin radomes), replaced AN/APG-32	B-36 Peacemaker,[308] B-52 Stratofortress	General Electric
AN/APG-43	FM continuous wave (CW) interception automatic tracking radar		Raytheon[321]
AN/APG-45	Airborne range only fire-control radar,[321] miniaturized AN/APG-30		General Electric
	Monopulse dual-beam fire-control radar,[321] replaced by AN/APQ-127	A-6A Intruder
AN/APG-51	Intercept radar	F3D Skyknight, F2H Banshee,[324] F3H Demon[325]	Hughes Aircraft
AN/APG-56	High resolution side-looking radar	RB-57D Canberra[308]
AN/APG-59	Fire control radar, paired with AN/AWG-10 Fire control system,[326] replaced AN/APQ-72, replaced by AN/APG-60	F-4J Phantom II	Westinghouse Electronic Systems
AN/APG-60	Modified AN/APQ-100 fire control radar, paired with AN/AWG-11 fire control system, replaced AN/APG-59, replaced by AN/APG-61	F-4 Phantom II[185]	Ferranti
AN/APG-61	Fire control radar, paired with AN/AWG-12 fire control system, modified AN/APQ-109, replaced AN/APG-60	F-4 Phantom II	Ferranti[327]
AN/APG-63	486 lb (220 kg) all-weather multimode pulse-Doppler active electronically scanned array (AESA) fire control radar with look-down/shoot-down capability operating from 8-20 GHz cm 2 selectable frequencies with a range of 100 nmi (120 mi; 190 km), paired with AN/AWG-20 fire control system, forerunner of AN/APG-70	F-15 Eagle	Raytheon[328]
AN/APG-65	560 lb (250 kg) all-weather multimode X-band Doppler fire control radar with look-down/shoot-down capability operating from 8-12 GHz cm 2 at a range greater than 60 nmi (69 mi; 110 km)	AV-8B Harrier II Plus, F/A-18C/D Hornet	Raytheon[329]
AN/APG-66	X-band solid-state medium range (up to 81 nmi; 93 mi (150 km)) multimode pulse-Doppler planar array fire control radar,[330] forerunner of AN/APQ-164[331]	F-16 Fighting Falcon, HU-25C Guardian	Westinghouse Electronic Systems, Northrop Grumman[332]
AN/APG-67	160 lb (73 kg) multi-mode all-digital X-band coherent pulse-Doppler radar for air-to-air, air-to-ground, sea-search and mapping with an air-to-air range of 40 nmi (46 mi; 74 km)[333]	F-20 Tigershark, F-16 Fighting Falcon	General Electric
AN/APG-68	Long range (maximum detection range 50 mi (80 km)) pulse-Doppler radar, variant of the AN/APG-66, replaced by AN/APG-83	F-16 Fighting Falcon[334]	Westinghouse Electronic Systems
AN/APG-69	Air-to-air and air-to-ground X-band coherent pulse-Doppler radar, successor of AN/APQ-159	F-5E/F/G Tiger	Emerson Electric[335]
AN/APG-70	553 lb (251 kg) all-weather multimode Doppler Beam Sharpening (DBS)/Mapping/Synthetic Aperture (SAR) fire control radar operating between 8-20 GHz cm 2 selectable frequencies with an air-to-air range of 100 nmi (120 mi; 190 km), developed from AN/APG-63	F-15C/D Eagle, F-15E Strike Eagle	Raytheon[336]
AN/APG-71	Multi-mode X-band pulse-Doppler radar system, upgrade of AN/AWG-9	F-14D Super Tomcat[58][136]	Hughes Aircraft
AN/APG-73	500 lb (230 kg) all-weather multimode X-band pulse-Doppler fire control radar operating from 8-12 GHz cm 2 at a range of over 60 nmi (69 mi; 110 km),[337] developed from AN/APG-65, replaced by AN/APG-79	EA-18G Growler, F/A-18C/D Hornet, F/A-18E/F Super Hornet	Raytheon[338]
AN/APG-76	12 kW pulse-doppler Ku-band multi-mode moving target indicator (MTI) synthetic-aperture radar (SAR) with a range of 100 nmi (120 mi; 190 km)	F-4E Phantom II, F-16 Fighting Falcon, S-3 Gray Wolf Viking	Norden Systems,[339] Northrop Grumman
AN/APG-77	10 watt multifunction solid-state X-band Active Electronically Scanned Array (AESA) low-probability-of-intercept fire control radar with powerful electronic countermeasures (ECM) capabilities operating from 8-12 GHz cm 2, developed from AN/APG-66/68/80 family of radars	F-22 Raptor	Northrop Grumman[340]
AN/APG-78	Longbow millimeter-wave Ku-band fire-Control Radar (FCR) for AGM-114L Hellfire LongBow missiles	AH-1Z Viper, AH-64D Apache Longbow, AH-64E Guardian	Longbow LLC (Lockheed Martin/Northrop Grumman)[341]
AN/APG-79	X-band Active Electronically Scanned Array (AESA) radar with gallium nitride (GaN) transmit/receive modules and a 93 mi (150 km) range, replaced AN/APG-73, forerunner of AN/APQ-188	EA-18G Growler,[342] F/A-18E/F Super Hornet	Raytheon
AN/APG-80	Air-to-air, search-and-track, air-to-ground targeting and terrain-following scalable agile beam radar	F-16E/F Fighting Falcon	Northrop Grumman[343]
AN/APG-81	Joint Strike Fighter (JSF) Active Electronically Scanned Array (AESA) radar, successor to AN/APG-77	F-35 Lightning II	Northrop Grumman[344]
AN/APG-82	Active Electronically Scanned Array (AESA) radar of the AN/APG-63 radar family, upgrade of AN/APG-70, forerunner of AN/APQ-188	F-15E Strike Eagle, F-15EX Eagle II	Raytheon[328]
AN/APG-83	Active Electronically Scanned Array (AESA) fire control Scalable Agile Beam Radar (SABR), variant of the AN/APG-66, replaced AN/APG-68	F-16 Fighting Falcon	Northrop Grumman[345]
AN/APG-85	Active Electronically Scanned Array (AESA) radar, developed from AN/APG-81[346]	F-35 Lightning II	Northrop Grumman[347]

AN/APN – Airborne Radar Navigation Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	22.15 lb (10.05 kg) 1 watt UHF Frequency-Modulated Continuous Wave (FMCW) radar altimeter operating from 420-460 MHz cm at altitudes up to 4,000 ft (1,200 m)[348][349]	AD-5 Skyraider, AF-2W Guardian, B-32 Dominator, C-119 Flying Boxcar, C-121 Constellation, F2H Banshee, F3D Skyknight, F6F Hellcat, F9F Panther, H-19 Chickasaw, P2V Neptune, P5M Marlin, P-61 Black Widow, PB4Y-2 Privateer, PBM-5S Mariner, PBY-6A Catalina, R5C-1 Commando, R5D Skymaster, R6D-1, SB2C-5 Helldiver, TBM-3 Avenger, XF10F Jaguar[350]	Admiral Corp, RCA Corp[351]
AN/APN-2	Rebecca Mk IIA airborne radar interrogator/responder[348][352][353] also known as SCR-729[354]
AN/APN-3	Airborne precision Short Range Navigation (SHORAN) bombing radar[348]	B-45 Tornado[308]
	25.45 lb (11.54 kg) Long Range Navigation (LORAN) radar navigation receiver operating between 1.6-3.3 MHz or 7.58-11.75 MHz,[348][355] used with AN/CPN-11 and AN/CPN-12	US Navy	General Electric
AN/APN-7	Airborne transponder beacon[348]
	Long Range Navigation (LORAN) simplified,[348] used with AN/CPN-11 and AN/CPN-12	B-32-25-CF Dominator
AN/APN-10	Glider interrogator/responder[348]
AN/APN-12	Beacon interrogator/responder[348]	B-47E Stratojet
AN/APN-19	Airborne beacon[348]
	33 lb (15 kg) 1 watt FM radar altimeter operating between 4.2-4.4 GHz cm 2 up to an altitude of 10,000 ft (3,000 m) over land and 20,000 ft (6,100 m) over water	A-3 Skywarrior, AD-5/6/7 Skyraider, B-66 Destroyer, C-118 Liftmaster, C-119 Flying Boxcar, C-130 Hercules, F5D Skylancer, OV-1 Mohawk, P2V-5 Neptune, RC-121 Warning Star, RF-101C Voodoo, S-2 Tracker	Electronic Assistance Corp,[356] Sylvania Electric Products[357]
	36.56 lb (16.58 kg) 2 kW radar altimeter with range computer operating at 4.225 GHz at altitudes up to 70,000 ft (21,000 m)	WB-47E Stratojet	Sperry Gyroscope[358]
	185 lb (84 kg) 70 kW X-band solid state navigation, search and weather radar operating from 9.335-9.415 GHz cm 2 with a range of 240 nmi (280 mi; 440 km), replaced AN/APS-38,[359] replaced by AN/APN-242	AC-130H Spectre, B-57 Canberra, C-130 Hercules, C-133 Cargomaster, C-135 Stratolifter, C-141 Starlifter, HH-53 Super Jolly Green Giant, KC-97 Stratofreighter, RB-57D Canberra[308]	Sperry Corp[360]
AN/APN-63	11.68 lb (5.30 kg) radar beacon receiving in S-band between 2.7-2.9 GHz cm 2 and transmitting in L-band at 968 MHz with a range of 20 mi (32 km)	US Navy	Melpar[361]
AN/APN-70	Long Range Navigation (LORAN) radio system	P-3A/B Orion[115]
	35 watt X-band pulse-Doppler drift angle and velocity sensor operating from 8.7-8.9 GHz cm 2 up to 70,000 ft (21,000 m),[362] forerunner of AN/APN-102	B-47 Stratojet	General Precision[363]
AN/APN-82	35 watt X-band pulse-Doppler navigation radar, identical to AN/APN-81 except for the addition of computer AN/ASN-6	US Air Force	General Precision, Ford Instrument Co[364]
	275.24 lb (124.85 kg) pulse-Doppler drift angle and velocity sensor operating from 8.7-8.9 GHz cm 2 up to 430 mi (700 km) and 70,000 ft (21,000 m), part of AN/ASB-4 or AN/ASQ-38 bombing-navigation systems	B-52 Stratofortress[365]	General Precision[366]
AN/APN-97	pulse-Doppler navigation radar operating at 13.5 GHz up to 15,000 ft (4,600 m)	US Navy	Ryan Aeronautical[367]
AN/APN-99	35 watt navigation radar drift angle and velocity sensor operating at 8.7-8.9 GHz cm 2 up to 70,000 ft (21,000 m) and speeds up to 2,000 kn (3,700 km/h; 2,300 mph), uses AN/ASN-7 transistorized computer	US Air Force	General Precision, Ford Instrument Co[368]
AN/APN-100	Radar altimeter for operation below 3,000 ft (910 m) at speeds less than 450 kn (830 km/h; 520 mph) operating at 4.2-4.4 GHz cm 2	US Navy	Emerson Research Laboratories[369]
	96 lb (44 kg) 10 watt X-band pulse-Doppler drift angle and velocity sensor operating between 8.77-8.83 GHz cm 2 at up to 70,000 ft (21,000 m) and speeds up to 939 kn (1,739 km/h; 1,081 mph), smaller version of AN/APN-81[370]	RB-47 Stratojet, WB-47E Stratojet	General Precision[371]
AN/APN-105	217 lb (98 kg) 3 watt pulse-Doppler navigation radar velocity sensor operating at 9.8 GHz up to 70,000 ft (21,000 m)	US Air Force	Laboratory for Electronics[372]
AN/APN-113	Ku-band pulse-Doppler drift angle and velocity sensor with a range of 12 mi (20 km), part of AN/ASQ-42	B-58 Hustler	Raytheon[373]
	Doppler navigation radar, replaced by AN/APN-169[374]	A-6A Intruder[162]
AN/APN-131	3 watt X-band pulse-Doppler klystron powered navigation radar operating from 9.79-9.81 GHz cm 2 with a range of 12 nmi (14 mi; 22 km)	F-105 Thunderchief, T-39 Sabreliner, TF-8 Crusader	Laboratory for Electronics[375]
AN/APN-133	125 watt L-band high altitude radar altimeter operating from 1.635-1.645 GHz cm 2 up to 70,000 ft (21,000 m), modified SCR-728[376]	C-130 Hercules, C-135 Stratolifter
	Radar altimeter, replaced by AN/APN-194[377]	A-4 Skyhawk,[156] A-6A Intruder, P-3A/B Orion[115]	Bendix Corp[378]
AN/APN-149	Terrain-following radar	Did not enter service	Texas Instruments[379]
	Ku-band pulse-Doppler navigation radar, replaced by AN/APN-185[380]	A-4 Skyhawk,[125] A-6B Intruder, A-7A Corsair II, EA-6B Prowler,[168] P-3A/B Orion[115]	General Instrument[381]
AN/APN-155	0.8 watt L-band Frequency-Modulated Continuous Wave (FMCW) radar altimeter operating from 1.615-1.645 GHz cm 2 up to 3,300 ft (1 km)	F-4 Phantom II	Stewart-Warner[382]
AN/APN-159	1 kW long range L-band radar altimeter operating from 1.6-1.66 GHz cm 2 up to 98,000 ft (30 km)	RF-4 Phantom II	Stewart-Warner[383]
AN/APN-165	Terrain-following radar	OV-1 Mohawk	Texas Instruments[384]
	130 lb (59 kg) 1 kW station-keeping radar controlling up to 36 aircraft to a 10-second 4,000 ft (1,200 m) separation, interfaces with AN/APN-241 and AN/TPN-27 zone marker, forerunner of AN/APN-243, replaced AN/APN-59, AN/APN-122, AN/APQ-170 and AN/APQ-175	C-17 Globemaster III, C-130E/H/J Hercules, C-141B Starlifter	Leonardo DRS[374]
	59.9 lb (27.2 kg) 10 kW upper J-band monopulse terrain avoidance/terrain-following radar and altimeter with a terrian clearance of 200-1000 ft, replaced by AN/APN-194	AC-130 Spectre, AH-1 Cobra, C-130 Hercules, CH-46 Sea Knight, CH-53 Sea Stallion, E-2C Hawkeye, EH-1H Iroquois, HH-1 Huey, HH-2C/D Seasprite, HH-3E Jolly Green Giant, HH-46 Sea Knight, HH-53 Super Jolly Green Giant, Lockheed EC-130, Lockheed HC-130, Lockheed LC-130, Lockheed MC-130, OV-10 Bronco, RH-53D Sea Stallion, RV-1D Mohawk, S-3 Viking, SH-2 Seasprite, SH-3 Sea King, UH-1 Iroquois, UH-3H Sea King,[122] UH-46 Sea Knight, VH-3 Sea King	Honeywell[385]
AN/APN-182	Ku-band navigation radar	SH-2F Seasprite,[41] SH-3 Sea King, UH-3H Sea King[122]	Teledyne Ryan[386]
	Pulse-Doppler navigation radar, replaced AN/APN-153, replaced by AN/APN-190[387]	A-7D Corsair II	Singer Corp[380]
AN/APN-190	Doppler groundspeed and drift detector navigation radar, replaced AN/APN-185[380]	A-7E Corsair II, AC-130E Spectre, F-111 Aardvark	Singer Corp[387]
	4.4 lb (2.0 kg) 5 watt solid state radar altimeter operating at 4.3 GHz at altitudes from 0-5000 ft, replaced AN/APN-171,[385] replaced AN/APN-141	A-4 Skyhawk, A-7E Corsair II, EA-6B Prowler, F-14 Tomcat, F/A-18 Hornet, Harpoon missile, P-3C Orion	Honeywell[377]
AN/APN-209	4.2 lb (1.9 kg) 5 watt radar altimeter operating at 4.3 GHz at altitudes from 0-1500 ft compatible with night vision goggles	AH-1 Cobra, CH-47 Chinook, OH-58C Kiowa, UH-1H Iroquois	Honeywell Aerospace[388][40]
	Multimode X-band sea search terrain-mapping weather radar, identical to AN/APN-234[389]	RU-38A Twin Condor	AlliedSignal[389]
AN/APN-217	28 lb (13 kg) Navstar GPS equipped solid state microprocessor-controlled CW Doppler navigation/velocity sensor operating at 13.25 GHz measuring speeds up to 400 kn (740 km/h; 460 mph) and altitude up to 15,000 ft (4,600 m)	AH-1W Cobra, CH-46 Sea Knight, CH-53E Super Stallion, HH-3F Pelican, HH-60H Rescue Hawk, MH-53E Sea Dragon, MH-60 Jayhawk, RH-53D Sea Stallion, SH-3D Sea King, SH-60B/F Seahawk, Sikorsky S-70, UH-1N Twin Huey, VH-60N White Hawk	Teledyne, Northrop Grumman[390]
AN/APN-218	82.1 lb (37.2 kg) 1.5 watt Doppler navigation/velocity sensor operating at 13.3 GHz measuring speeds up to 1,800 kn (3,300 km/h; 2,100 mph) and altitude up to 70,000 ft (21,000 m)	AC-130H Spectre, B-52H Stratofortress, C-130 Hercules, KC-135 Stratotanker, MC-130E Combat Talon, MC-130H Combat Talon II	Teledyne Ryan[391]
AN/APN-232	Combined altitude radar altimeter (CARA) operating up to 50,000 feet (15,000 m)[123][392]	C-5 Galaxy, C-17 Globemaster III, C-130T Hercules, C-141B Starlifter,F-15 Eagle, F-16 Fighting Falcon, Sikorsky H-53, and many others[393]	Extant Aerospace[394]
	Multimode X-band sea search terrain-mapping color weather radar, identical to AN/APN-215[389]	C-2A Greyhound	AlliedSignal
AN/APN-237	Ku-band terrain-following radar, part of AN/AAQ-13		Texas Instruments[384]
AN/APN-239	Lightweight weather/ground-mapping radar		Bendix/King[40]
	X-band high-resolution Low Power Color Radar (LCPR) for weather and navigation radar[395] including terrain-following/terrain avoidance capability with a range of 20 nmi (23 mi; 37 km)	AC-130H Spectre, C-130 Hercules, MC-130W Combat Spear	Westinghouse Electronic Systems, Northrop Grumman[396]
	192 lb (87 kg) 25 kW 360º X-band color and weather and navigation radar operating at 9.365-9.385 GHz cm 2, replaced AN/APN-59[397]	Boeing RC-135, C-130 Hercules	Northrop Grumman[398]
	25 watt station-keeping radar with wideband network capability controlling up to 100 aircraft to a 10-second 4,000 ft (1,200 m) separation at a range of up to 100 nmi (120 mi; 190 km), interfaces with AN/APN-241 and AN/TPN-27 zone marker, upgraded AN/APN-169	C-17 Globemaster III, C-130E/H/J Hercules, C-141B Starlifter	Leonardo DRS[374]

AN/APQ – Airborne Radar Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/APQ-5	125 lb (57 kg) low altitude up to 4,000 ft (1,200 m) marine radar bombing equipment, attaches to radar sets[399]	B-32-1-CF Dominator
AN/APQ-7	Eagle X-band radar bombsight system,[298] used with AN/APA-46 and AN/APA-47	B-17 Flying Fortress, B-24 Liberator, B-29 Superfortress	Western Electric
AN/APQ-13	Mickey set X-band bombing radar, also known as H2X,[298] developed from the British H2S radar,[400] later used as a ground-based weather radar	B-17 Flying Fortress, B-24 Liberator, B-29 Superfortress, B-32-1-CF Dominator, National Weather Service[401]	Bell Labs, Western Electric
AN/APQ-35	X-band night intruder radar[313]	F3D Skyknight	Westinghouse Electronic Systems
AN/APQ-36	Fire control radar	F3D Skyknight,[402] F7U Cutlass	Westinghouse Electronic Systems
AN/APQ-41	X-band fire control radar operating from 9.05-9.4 GHz cm with a range of 175 nmi (201 mi; 324 km), developed from AN/APQ-36	F2H Banshee	Westinghouse Electronic Systems[403]
AN/APQ-50	180 kW X-band fire control radar, replaced by AN/APQ-72[404]	F4D Skyray,[405] F-4J Phantom II,[185] XF4H-1 Phantom II, YF4H-1 Phantom II	Westinghouse Electronic Systems
AN/APQ-72	X-band fire control radar with a range of 200 nmi (230 mi; 370 km), replaced AN/APQ-50, replaced by AN/APG-59 and AN/APQ-100[406]	F-4B Phantom II, F4D Skyray	Westinghouse Electronic Systems[407]
AN/APQ-89	Terrain-following radar[408]	T-2 Buckeye	Texas Instruments[384]
AN/APQ-92	Search and terrain avoidance radar	A-6A Intruder[161]	Norden Systems[162]
AN/APQ-99	Forward looking radar	A-7A Corsair II, RF-4B/C Phantom II	Texas Instruments[384]
AN/APQ-100	Fire control radar with a range of 40 nmi (46 mi; 74 km), replaced AN/APQ-72	F-4C Phantom II, RF-101 Voodoo[406]	Westinghouse Electronic Systems
AN/APQ-101	Terrain-following radar		Texas Instruments[384]
	X-band synthetic-aperture radar (SAR) terrain-following radar with 33 ft (10 m) resolution,[409] replaced by AN/APQ-110	RF-4B Phantom II, RF-4C Phantom II[7]	Goodyear Aerospace
AN/APQ-103	Search radar terrain clearance (SRTC)	A-6B Intruder	Norden Systems,[410] Northrop Grumman
AN/APQ-109	Solid-state fire control radar, used with AN/APA-165,[127] improved AN/APQ-100, forerunner of AN/APQ-117	F-4D Phantom II, F4D Skyray	Westinghouse Electronic Systems
AN/APQ-110	Ku-band terrain-following radar, replaced AN/APQ-102,[411] forerunner of AN/APQ-128[412] and AN/APQ-134[413]	F-111 Aardvark, RF-4C Phantom II	Texas Instruments
AN/APQ-112	Target tracking and ranging radar	A-6C Intruder	Norden Systems,[161] Northrop Grumman
AN/APQ-113	Ku-band multi-mode air-to-ground and air-to-air nose attack radar[414]	F-111 Aardvark	General Electric
AN/APQ-114	Ku-band multi-mode nose radar, variant of the AN/APQ-113	F-4 Phantom II, FB-111A Aardvark	General Electric[415]
AN/APQ-115	Ku-band terrain-following radar	A-7A Corsair II, C-130E Hercules, F-111 Aardvark, RF-4C Phantom II	Texas Instruments[416]
AN/APQ-116	Terrain-following radar	A-7B Corsair II, C-130 Hercules	Texas Instruments[384]
AN/APQ-117	Terrain following and attack radar, developed from AN/APQ-109	F-4E Phantom II	Westinghouse Electronic Systems[384]
AN/APQ-120	X-band solid-state fire-control radar, developed from AN/APQ-117[417]	F-4E Phantom II, F-4G Wild Weasel V	Westinghouse Electronic Systems
AN/APQ-122	Dual frequency X/K-band long range terrain-following navigation radar with a range of 240 nmi (280 mi; 440 km) operating from 8-10 GHz cm 2 for long range and 20-40 GHz cm 2 short range,[418] replaced by AN/APQ-175	C-130 Hercules, Boeing RC-135, E-4B NEACP, MC-130E Combat Talon, MC-130H Combat Talon II, RC-135C Big Team, T-43 Gator[384]	Texas Instruments[419]
AN/APQ-126	Ku-band ground mapping, air-to-ground ranging terrain-following radar[420]	A-7D Corsair II,[308] A-7E Corsair II, MH-53J Pave Low III[32]	Texas Instruments
	30 kW Ku-band frequency agile multimode terrain-following radar operating between 16.7-17 GHz cm out to a range of 10 nmi (12 mi; 19 km), upgrade of AN/APQ-110, forerunner of AN/APQ-171[421]	A-7E Corsair II	Sperry Corp[412]
AN/APQ-129	Pulse Doppler Ku-band multi-mode radar, replaced by AN/APS-130	EA-6B Prowler[168]	Northrop Grumman
AN/APQ-134	30 kW Ku-band terrain-following radar operating from 16.7-17 GHz cm with a range of 10 nmi (12 mi; 19 km), upgrade of AN/APQ-110	F-111 Aardvark, FB-111A Aardvark	Texas Instruments[413]
AN/APQ-137	Moving Target Indicator (MTI) radar pod	AH-1G HueyCobra	Emerson Electric[26]
AN/APQ-139	Ku-band multi-mode radar	B-57G Canberra	Texas Instruments[384]
AN/APQ-140	Ku-band multifunction radar	B-1A Lancer	Raytheon[422]
	terrain-following/terrain avoidance radar, forerunner of AN/APQ-154	Sikorsky HH-53	Norden Systems[32]
AN/APQ-146	Forward looking multi-mode radar	F-111F Aardvark	Texas Instruments[384]
AN/APQ-147	Terrain-following radar	MH-60K Black Hawk	Texas Instruments[40]
AN/APQ-148	Solid-state multi-mode radar	A-6E Intruder[97]	Norden Systems[162]
AN/APQ-150	12 kW X-band short range Beacon Tracking Radar (BTR)[423] operating between 9.373-9.377 GHz with a range of 40 nmi (46 mi; 74 km)	AC-130A/E/H Spectre[33]	Motorola[424]
AN/APQ-153	X-band fire-control radar for search, air-to-air gunnery and missiles[425]	F-5E Tiger II	Emerson Electric[426]
AN/APQ-154	Terrain-following radar, improved AN/APQ-141	HH-53 Super Jolly Green Giant	Texas Instruments[384]
AN/APQ-156	J-band multi-mode radar, used with AN/AAS-33, variant of AN/APQ-148, forerunner of AN/APS-130	A-6E Intruder[97]	Norden Systems[162][410]
AN/APQ-157	Fire-control radar operating from 8-10 GHz cm[426]	F-5F Tiger II	Emerson Electric
AN/APQ-158	Pave Low III Ku-band multimode terrain-following radar,[427] modified AN/APQ-126	MH-53J Pave Low III[32]	Texas Instruments
AN/APQ-159	X/Ku-band forward-looking air-to-air radar, replaced by AN/APG-69	F-5E Tiger II	Emerson Electric, US Dynamics[428]
AN/APQ-162	Terrain-following radar, developed from AN/APQ-99	RF-4C Phantom II	Texas Instruments[384]
AN/APQ-164	1,256 lb (570 kg) X-band multimode pulse doppler synthetic-aperture navigation/weapons control/terrain-following radar with 1,526 phased array transmitting elements operating from 8-20 GHz cm 2 with a range of 160 nmi (180 mi; 300 km), developed from AN/APG-66 and AN/APG-68[331]	B-1B Lancer[149]	Northrop Grumman[429]
	Terrain-following radar, replaced AN/AQS-176	B-52 Stratofortress	Northrop Grumman[430]
AN/APQ-168	Ku-band multimode terrain-following radar[431]	HH-60D Nighthawk, MH-60K Black Hawk	Texas Instruments[384]
	Dual frequency integrated X/Ku-band navigation and terrain-following radar operating from 8-18 GHz cm 2 with a range of 50 nmi (58 mi; 93 km) or 240 nmi (280 mi; 440 km) radar beacon, forerunner of AN/APQ-425, replaced by AN/APN-169[374]	MC-130H Combat Talon II[432]	Emerson Electric, Lockheed Martin[433]
AN/APQ-171	Ku-band dual channel frequency agile terrain-following radar operating up to 12,000 ft (3,700 m), developed from AN/APQ-128[421]	F-111C Pig, F-111F Aardvark	Texas Instruments[384]
AN/APQ-172	Terrain-following radar	RF-4C/E Phantom II	Texas Instruments[384]
AN/APQ-173	Multimode synthetic-aperture radar, developed from AN/APQ-156	A-6F/G Intruder, Did not enter service[162]	Norden Systems[434]
AN/APQ-174	250 lb (110 kg) pod-mounted Ku-band terrain avoidance/terrain-following radar down to as low as 100 ft (30 m) operating from 12-18 GHz cm 2, developed from AN/AAQ-13 LANTIRN terrain-following radar	CV-22 Osprey, HH-60L/M Black Hawk, MH-47E Chinook, MH-47G Chinook, MH-60 Jayhawk, MH-60K Black Hawk[40]	Raytheon[435]
	90 kW dual frequency X/Ka-band multimode weather/navigation radar operating from 8-12 GHz cm 2 long range out to 240 nmi (280 mi; 440 km) and 27-40 GHz cm 2 short range, replaced AN/APQ-122, replaced by AN/APN-169[374]	MC-130E Combat Talon	Emerson Electric, Electronics and Space Corp[436]
AN/APQ-180	All-weather multimode radar system, developed from AN/APG-70[336]	AC-130U Spooky II	Hughes Aircraft
AN/APQ-181	1,625 lb (737 kg) Ku-band 21-mode GPS aided targeting low-probability-of-intercept (LPI) electronically scanned array synthetic aperture radar operating from 12.5-18 GHz cm 2 with terrain-following capability down to 600 ft (180 m)[437]	B-2 Spirit	Hughes Aircraft, Raytheon[438]
AN/APQ-186	Ku-band terrain avoidance/terrain-following radar, upgraded AN/APQ-174 with a new processor and more modes	CV-22 Osprey	Raytheon[435]
AN/APQ-187	Silent Knight 162 lb (73 kg) multimode terrain avoidance/terrain-following radar, replaced AN/APQ-170, AN/APQ-174 and AN/APQ-186[435]	CV-22 Osprey, MH-47G Chinook, MH-60M Black Hawk, MC-130H Combat Talon II[439]
AN/APQ-188	X-band Active electronically scanned array (AESA) radar, developed from AN/APG-79 and AN/APG-82, replaced AN/APQ-166	B-52J Stratofortress[b]	Raytheon[430]
	Navigation and terrain-following radar, developed from AN/APQ-170	MC-130H Combat Talon II	Systems & Electronics[433]

AN/APR – Airborne Radar Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/APR-2	Electronic signals intelligence (ELINT) radar receiver operating from 90-1000 MHz cm 2		Galvin Manufacturing Corp[440][441]
AN/APR-9	Electronic signals intelligence (ELINT) receiver, early warning radar[442] operating from 1-10.75 GHz cm 2[443]	A-1 Skyraider, B-52 Stratofortress, B-57 Canberra, EB-66 Destroyer, EC-121 Warning Star, P-2 Neptune, S-2 Tracker, AF-2W Guardian, ZPK blimp	AIL Systems, Collins Radio[440]
	S/C/X-band radar warning receiver	A-6E Intruder, A-7E Corsair II, B-52G/H Stratofortress, C-123 Provider, C-130 Hercules, EF-4C Wild Weasel IV, F-14 Tomcat, F-100 Super Sabre, F-105 Thunderchief, OV-1D Mohawk, RA-5C Vigilante, U-21 Ute	Itek[440]
AN/APR-34	Communications intelligence (COMINT) receiver		Watkins-Johnson[153]
AN/APR-38	Automated electronic intelligence (ELINT) radar signals receiver operating in the .6-18 GHz cm 2 range[269]	F-4G Wild Weasel V[164]
	Radar warning receiver[444] operating primarily in the 2-9 GHz cm 2 range[269]	AH-1F Cobra, AH-1W Cobra, AH-64A Apache, CH-46 Sea Knight, CH-47D Chinook, CH-53 Sea Stallion, EH-60A Black Hawk, KC-130 Tanker, OH-58C/D Kiowa, OV-1D Mohawk, RV-1D Mohawk, RC-12 Guardrail, MH-47E Chinook, MH-60K Black Hawk, OH-58C/D Kiowa, UH-1N Twin Huey, UH-1H Iroquois, UH-1V Iroquois, UH-60A/L/Q Blackhawk,[40] V-22 Osprey	Litton Industries,[445] Northrop Grumman[446]
AN/APR-43	Compass Sail Clockwise radio frequency receiving continuous wave (CW) launch warning system, updated AN/ALR-64[447]	A-7 Corsair II, F-4 Phantom II, F-14 Tomcat
AN/APR-44	Radar warning receiver operating in the 14.5-16.5 GHz cm 2 range[269]	AH-1 Cobra, EH-60A Black Hawk, MH-60K Black Hawk, OV-1 Mohawk, RU-21 Ute, RV-1D Mohawk, UH-60L Black Hawk[40]
AN/APR-46	Wideband microwave receiving systems[448]	MC-130E Combat Talon I, MC-130H Combat Talon II, AC-130H Spectre
AN/APR-47	Electronic Support Measures (ESM) system	F-4G Wild Weasel V[164]
AN/APR-48	50 lb (23 kg) mast mounted Radar Frequency Interferometer (RFI) 360º target acquisition and cueing direction finder[449]	AH-64D Apache Longbow, OH-58D Kiowa Warrior	Lockheed Martin[450]
AN/APR-50	Electronic Support Measures (ESM) system covering 500-1000 MHz cm 2	B-2 Spirit[451]	Lockheed Martin,[452] BAE[453][454]

AN/APS – Airborne Radar Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/APS-2	S-band surface-search anti-submarine warfare radar and weather radar, also called WSR-1/3/4	US Coast Guard blimps, National Weather Service[401]	Philco
	200 watt short range UHF tail warning radar operating from 410-420 MHz cm at a range of 850 yd (780 m), derived from Monica radar system,[455] used with AN/MSQ-1	P-38L Lightning, P-47D Razorback, P-51 Mustang, P-61 Black Widow, P-63 Kingcobra, P-82D Twin Mustang, PBJ-1
AN/APS-13	Archie tail warning radar operating at 300 MHz, derived from the ARI 5664 Monica used by the RAF	US Army Air Forces[456]
AN/APS-15	Mickey set ground scanning X-band bombing radar,[457] also known as H2X[458]	B-17 Flying Fortress, B-24 Liberator, P-38 Lightning	MIT Radiation Laboratory
AN/APS-20	S-band airborne early warning anti-submarine analog maritime surveillance and weather radar	A-1 Skyraider, AF-2W Guardian,[459] EA-1E Skyraider, EC-121 Warning Star, P-2 Neptune, PB-1W Flying Fortress, TBM-3W Avenger, WB-29 Superfortress, ZPG-2W blimp	General Electric, Hazeltine Corp
AN/APS-38	50 kW X-band warning and attack radar operating from 9.32-10 GHz cm 2 with a range of 37 nmi (43 mi; 69 km)	F-4G Wild Weasel V	McDonnell Douglas,[127] Philco[460]
AN/APS-80	143 kW X-band surface-search radar, forerunner of AN/APS-88,[461] AN/APS-115 and AN/APY-10 family of radars	P-3A/B Orion[115]	Texas Instruments
AN/APS-82	1 MW S-band airborne early warning and control 3D radar with ground stabilization, turn stabilization and target height finder operating from 2.85-2.91 GHz cm 2 with a range of 180 nmi (210 mi; 330 km)[462]	E-1B Tracer[459][463]	Hazeltine Corp[464]
AN/APS-88	45 kW X-band surface-search radar with a range of 35 nmi (40 mi; 65 km), developed from AN/APS-80	SHU-16B Albatross, S-2 Tracker	Texas Instruments[461]
AN/APS-94	Side-looking surveillance and mapping radar[196]	OV-1D Mohawk[465]
	Airborne early warning and control UHF-band radar operating at 400-450 MHz cm with a range of 200 nmi (230 mi; 370 km) and up to 30,000 ft (9,100 m) altitude with a 26 ft (8 m) diameter saucer shaped radome, replaced by AN/APS-120	E-2 Hawkeye[459]	General Electric[466]
AN/APS-105	Radar receiving set	B-52 Stratofortress	Dalmo-Victor[153]
AN/APS-107	Radar warning receiver target acquisition system for AGM-78	EF-4D Wild Weasel IV[127]
	Radar warning receiver system, replaced by AN/ALR-62[269]	F-111 Aardvark	Dalmo-Victor
AN/APS-115	143 kW X-band anti-submarine warfare surface-search radar operating from 8.5-9.6 GHz cm 2 with a range of 200 nmi (230 mi; 370 km),[467] developed from AN/APS-80	P-3C Orion[115]	Texas Instruments[68]
AN/APS-116	500 kW X-band navigation and anti-submarine warfare radar operating between 9.5-10 GHz cm and a range of 150 nmi (170 mi; 280 km), forerunner of AN/APS-137 and AN/APS-506	P-3 Orion, S-3A Viking	Motorola[468]
	1 MW long range UHF air and surface-search radar operating from 406-450 MHz 2 with a range of 200 nmi (230 mi; 370 km), replaced AN/APS-96,[459] replaced by AN/APS-125	E-2C Hawkeye	General Electric[469]
AN/APS-124	210 lb (95 kg) 350 kW X-band 360° anti-submarine warfare surveillance/search radar operating from 6.2-10.9 GHz cm 2 with a range of 160 nmi (180 mi; 300 km), part of Light Airborne Multi-Purpose System (LAMPS III), developed from AN/APS-115 and AN/APS-116, replaced by AN/APS-147	SH-60B Seahawk, SH-60F Seahawk	Raytheon,[470] Texas Instruments[471]
	1 MW long range UHF air and search pulse-Doppler radar operating from 406-450 MHz 2 with a range of 250 nmi (290 mi; 460 km), replaced AN/APS-120,[459] forerunner of AN/APS-138	E-2C Hawkeye	Lockheed Martin[472]
AN/APS-127	200 kW X-band anti-submarine warfare radar with a range of 160 nmi (180 mi; 300 km), developed from AN/APS-124, replaced by AN/APS-143	US Coast Guard HU-25 Guardian	Texas Instruments[473]
AN/APS-129	343 lb (156 kg) 70 kW airborne navigation/search radar operating from 9.355-9.395 GHz cm	A-6 Intruder[184]	Naval Avionics Facility, Indianapolis[474]
AN/APS-130	382 lb (173 kg) 100 kW Ku-band surveillance and navigation radar operating from 12-18 GHz cm 2 with a range of 150 nmi (170 mi; 280 km), developed from AN/APQ-156 and AN/APQ-129, replaced AN/APQ-192, forerunner of AN/APS-146	EA-6B Prowler[184]	Northrop Grumman[475][c]
AN/APS-133	120 lb (54 kg) 65 kW X-band multimode digital color weather/terrain-mapping/beacon navigation radar operating from 9.37-9.38 GHz cm 2 and 9.35-9.315 GHz cm 2 beacon with a range of 300 nmi (350 mi; 560 km), replaced by AN/APS-150	E-4B NEACP, Boeing VC-137C, C-5 Galaxy, C-17 Globemaster III, C-130 Hercules, C-141 Starlifter, E-3 Sentry, E-6 Mercury, E-8C Joint STARS, EA-6B Prowler,[162] KC-10 Extender, KC-130 Tanker	Bendix Corp,[476] Honeywell Aerospace[477]
AN/APS-134	527 lb (239 kg) 500 kW X-band anti-submarine warfare inverse synthetic-aperture radar (ISAR) operating from 9.5-10 GHz cm 2 with a range of 150 nmi (170 mi; 280 km),[478] derived from AN/APS-116 and AN/APS-124, replaced by AN/APS-137	HC-130H Hercules, P-3C Orion	Texas Instruments,[68] Raytheon[479]
AN/APS-137	551 lb (250 kg) 50 kW multipurpose X-band surveillance synthetic-aperture/Inverse synthetic-aperture radar for standoff target identification operating from 9.3-10.1 GHz cm 2 for a range of 250 nmi (290 mi; 460 km), developed from AN/APS-116, replaced AN/APS-134,[479] forerunner of AN/APY-10[480]	ES-3A Shadow, HC-130H Hercules, P-3C Orion, S-3B Viking	Raytheon,[481]
	1 MW long range UHF air and search pulse-Doppler radar operating from 406-450 MHz 2, replaced AN/APS-125,[459] extending range to 300 nmi (350 mi; 560 km), forerunner of AN/APS-139	E-2C Hawkeye	General Electric,[68] Lockheed martin[472]
AN/APS-143	Ocean Eye 8 kW X-band maritime surveillance radar operating from 9.25-9.7 GHz cm with a range of 256 nmi (295 mi; 474 km)		Telephonics[482]
	High power 1 MW UHF Doppler airborne early-warning and control (AEW&C) radar with a 1,700 lb (770 kg) Total Radiation Aperture Control-Antenna (TRAC-A) operating from 400-450 MHz 2 with a range greater that 350 nmi (400 mi; 650 km),[483] upgrade of AN/APS-138, replaced by AN/APY-9[484]	E-2C Hawkeye[459]	General Electric,[68] Lockheed Martin[485]
AN/APS-146	60 kW Ku-band surveillance and navigation radar with a range of 200 nmi (230 mi; 370 km), upgraded AN/APS-130	EA-6B Prowler, Did not enter service	Northrop Grumman[475]
	X-band inverse synthetic-aperture radar with a range of 200 nmi (230 mi; 370 km), forerunner of AN/APS-153	MH-60R Seahawk[75]	Telephonics[486]
AN/APS-148	Sea Vue X-band radar, improved AN/APS-137		Raytheon
AN/APS-149	Wide aperture active electronically scanned array (AESA) X-band Littoral Surveillance Radar System (LSRS), forerunner of AN/APY-10	P-3C Orion	Texas Instruments, Raytheon
	X-band inverse synthetic-aperture radar with a range of 200 nmi (230 mi; 370 km), improved AN/APS-147[486]	MH-60R Seahawk[75]	Telephonics[487]
AN/APS-154	Advanced Airborne Sensor (AAS)	P-8 Poseidon	Raytheon
AN/APS-506	X-band anti-submarine warfare radar, developed from AN/APS-116	P-3 Orion	Raytheon

AN/APW – Airborne Radar Automatic/Remote Flight Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	137 watt Bombing Air Radar Guidance System and transponder operating from 2.7-2.95 GHz,[488] used with AN/MSQ-1, airborne part of Matador Automatic Radar Control (MARC)[489]	B-57 Canberra, F-84F Thunderstreak, MGM-1 Matador, North American X-10

AN/APX – Airborne Radar Identification/Recognition Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/APX-1	Identification Friend or Foe (IFF) system		Hazeltine Corp[490]
	L-band IFF Mark X (SIF) transponder system	A-4 Skyhawk,[125] B-47 Stratojet, F-11 Tiger, F-84F Thunderstreak, F5D Skylancer, P-3A/B Orion[115]	Hazeltine Corp
AN/APX-7	2 kW airborne L-band identification friend or foe transponder operating from 1.03-1.09 GHz cm		Packard Bell[491]
AN/APX-64	Identification Friend or Foe (IFF) system	A-4 Skyhawk,[125]	Hazeltine Corp
	15 lb (6.8 kg) Identification Friend or Foe (IFF) transponder transmitting at 1.09 GHz and receiving at 1.03 GHz, replaced by AN/APX-117[492]	US Air Force, US Army, US Navy, US Marine Corps	Bendix Corp, Honeywell Aerospace, Hazeltine Corp, Associated Aircraft Manufacturing & Sales Inc[493]
	37 lb (17 kg) 2 kW L-band jamming resistant Identification Friend or Foe (IFF) interrogator using IFF Mark X (SIF) and IFF Mark XII receiving at 1.03 GHz and transmitting at 1.09 GHz,[494] replaced by AN/APX-111[495]	C-130T Hercules,[123] E-2C Hawkeye, F-4J Phantom II,[185] F-14 Tomcat, F-15 Eagle, P-3 Orion, S-3 Viking, SH-60B/F Seahawk	BAE[496]
AN/APX-80	Combat Tree Identification Friend or Foe (IFF) non-cooperative target recognition interrogation system,[497] comprises AN/APX-76 and AN/APX-81	F-4D Phantom II,[127] F-4E Phantom II[498]
AN/APX-81	Identification Friend or Foe (IFF) system with a range of 60 nmi (69 mi; 110 km)[499]	F-4 Phantom II
AN/APX-89	Identification Friend or Foe (IFF) system	F-4J Phantom II[185]
	10 lb (4.5 kg) 500 watt Identification Friend or Foe (IFF) system using IFF Mark X (SIF) and IFF Mark XII receiving at 1.03 GHz and transmitting at 1.09 GHz,[500] replaced by AN/APX-111[495]	AH-1S Cobra, AH-64 Apache, C-5B Galaxy, C-9 Nightingale, C-12 Huron, C-17 Globemaster III, C-130 Hercules, CH-47D Chinook, F/A-18 Hornet, HH-60H Rescue Hawk, HH-65A Dolphin, KC-135 Stratotanker, Learjet C-21, MH-60 Jayhawk, MH-60G Pave Hawk, OH-58D Kiowa, RQ/MQ-1 Predator, RQ-4 Global Hawk, SH-60B/F Seahawk, T-45 Goshawk, UH-60 Black Hawk	Bendix/King,[40] Raytheon[501]
	14.4 lb (6.5 kg) 500 watt Identification Friend or Foe (IFF) transponder using IFF Mark XII receiving at 1.03 GHz and transmitting at 1.09 GHz, replaced by AN/APX-111[495]	A-10A Thunderbolt II, F-5E/F Tiger II, F-15 Eagle, F-15E Strike Eagle, F-16 Fighting Falcon, KC-10 Extender	Teledyne[502]
AN/APX-103	Identification Friend or Foe (IFF) transponder using IFF Mark X (SIF) and IFF Mark XII,[503] used with AN/APY-1 or AN/APY-2	E-3 Sentry	Telephonics[504]
	45.5 lb (20.6 kg) 1.35 kW Identification Friend or Foe (IFF) Combined Interrogator/Transponder (CIT) system using IFF Mark XII with Mode S interrogating at 1.03 GHz and transponding at 1.09 GHz with a range of 100 nmi (120 mi; 190 km), replaced AN/APX-76, AN/APX-100 and AN/APX-101	F/A-18 Hornet	BAE[495]
AN/APX-113	42.5 lb (19.3 kg) 2.4 kW Advanced Identification Friend or Foe (AIFF) Combined Interrogator/Transponder (CIT) system using IFF Mark XII with Mode S interrogating at 1.03 GHz and transponding at 1.09 GHz with a range of 100 nmi (120 mi; 190 km), modified AN/APX-111[495]	F-16 Fighting Falcon	BAE[505]
	9.8 lb (4.4 kg) 500 watt Identification Friend or Foe Common Transponder (CXP) using IFF Mark XII with Mode S transmitting at 1.09 GHz and receiving at 1.03 GHz, developed from AN/APX-111 and AN/APX-113, replaced AN/APX-72, AN/APX-100 and AN/APX-101	US Army, US Coast Guard, US Navy	BAE[492]
AN/APX-118	9.8 lb (4.4 kg) 500 watt Identification Friend or Foe Common Transponder (CXP) using IFF Mark XII with Mode S and embedded Mode 4 crypto transmitting at 1.09 GHz and receiving at 1.03 GHz, developed from AN/APX-111 and AN/APX-113, replaced AN/APX-72, AN/APX-100 and AN/APX-101	US Army, US Coast Guard, US Navy	BAE[506]
AN/APX-125	Airborne 2.4 kW combined Identification Friend or Foe (IFF) interrogator/transponder system using IFF Mark XII with Mode S with a range of over 100 nmi (120 mi; 190 km)	F-16 Fighting Falcon	BAE[505]
AN/APX-126	Airborne 2.4 kW combined Identification Friend or Foe (IFF) interrogator/transponder system using IFF Mark XII with Mode S with a range of over 100 nmi (120 mi; 190 km)	F-16 Fighting Falcon	BAE[507]

AN/APY – Airborne Radar Surveillance and Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	9,826 lb (4,457 kg) S-band Airborne Early Warning and Control (AEW&C) passive electronically scanned array surveillance radar operating from 2-4 GHz cm 2 with a 216 nmi (249 mi; 400 km) range[508]	E-3 Sentry	Northrop Grumman[509]
	9,826 lb (4,457 kg) S-band Airborne Early Warning and Control (AEW&C) passive electronically scanned array surveillance radar, improved AN/APY-1 with an enhanced maritime surveillance mode and a range of 300 nmi (350 mi; 560 km)[508]	E-3 Sentry[459]	Northrop Grumman[509]
AN/APY-3	4,200 lb (1,900 kg) X-band planar passive phased array multimode surface-search/surveillance synthetic-aperture side-looking airborne radar with a range of 124 nmi (143 mi; 230 km), works with AN/TSQ-179	E-8 Joint STARS (JSTARS)	Norden Systems, Northrop Grumman[510]
AN/APY-6	625 lb (283 kg) 13 kW Ku-band planar passive phased array multimode ground moving target indicator (GMTI) inverse synthetic-aperture radar (ISAR) operating from 16.5-16.6 GHz cm 2 with a range of 100 nmi (120 mi; 190 km), developed from AN/APG-76		Northrop Grumman[511]
AN/APY-7	Pave Mover X-band solid state Active Electronically Scanned Array (AESA) radar with a 152 mi (245 km) range, developed from AN/APY-3		Northrop Grumman
AN/APY-9	Active Electronically Scanned Array (AESA) UHF multi-mode Airborne Early Warning and Control (AEW&C) Doppler radar operating between 0.3-3.0 GHz cm 2 with a range of 350 nmi (400 mi; 650 km), replaced AN/APS-145	E-2D Advanced Hawkeye[484]	Lockheed Martin
AN/APY-10	X-band multifunction mechanically scanned high-resolution inverse synthetic-aperture surveillance Doppler radar with a range of 250 nmi (290 mi; 460 km), developed from AN/APS-149, replaced AN/APS-137[512]	P-8 Poseidon	Texas Instruments, Raytheon

AQx – Piloted Aircraft Sonar Systems

AN/AQA – Airborne Sonar Auxiliary Assemblies

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AQA-7	Airborne anti-submarine warfare (ASW) sonobuoy signal processor, used with AN/SSQ-53, AN/SSQ-62 and AN/SSQ-77	P-3 Orion	Ultra Electronics[513]

AN/AQM – Airborne Sonar Maintenance/Test Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AQM-24	Sonar Test Central, supports testing of AN/AQS-13 related systems and components	US Navy

AN/AQS – Airborne Sonar Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AQS-10	Anti-submarine warfare (ASW) helicopter dipping active sonar suspended from a 250 ft (76 m) cable with a range of 11.36 mi (18.28 km)	SH-3A Sea King	Bendix Corp[514]
AN/AQS-13	Anti-submarine warfare (ASW) helicopter dipping active/passive sonobuoy with a range of 4.0 nmi (7.4 km),[515] improved AN/AQS-10	SH-3 Sea King, SH-60F Oceanhawk	L3Harris
AN/AQS-14	Helicopter mine countermeasure active side-looking sonar system with a range of 980 yd (0.9 km)[516][517]	RH-53D Sea Stallion, Sikorsky S-80, MH-53E Sea Dragon[518]
AN/AQS-18	Anti-submarine warfare (ASW) helicopter dipping active/passive sonobuoy with a range of 4.0 nmi (7.4 km),[519] export version of AN/AQS-13F		L3Harris
AN/AQS-20	Helicopter or ship-borne underwater towed mine countermeasure sonar system with a range of 0.59 nmi (1.1 km)[520][d]	MH-60S Knighthawk, MH-53E Sea Dragon, MH-60S Knighthawk	Raytheon
	600 lb (270 kg) active/passive shallow water advanced dipping Airborne Low Frequency Sonar (ALFS), also known as Folding Light Acoustic System for Helicopters (FLASH),[521] with a range of 8.0 nmi (14.8 km)[522][75]	MH-60R Seahawk	ThalesRaytheonSystems[523]
AN/AQS-24	Airborne Mine Countermeasures (AMCM) towed mine detecting synthetic-aperture sonar (SAS) operating at speeds up to 18 knots (33 km/h; 21 mph)[524]	MH-53E Sea Dragon[525]	Northrop Grumman[526]
	Terrain following radar, replaced AN/ASQ-38, replaced by AN/APQ-166[27]	B-52G/H Stratofortress
AN/AQS-502	Anti-submarine warfare (ASW) helicopter dipping active sonobuoy suspended from a 443 ft (135 m) cable with an effective range of 1 nmi (1.9 km), export version of AN/AQS-13B[514]	CH-124 Sea King	L3Harris

ARx – Piloted Aircraft Radio Systems

AN/ARA – Airborne Radio Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	24.7 lb (11.2 kg) UHF AM/CW direction finding receiver operating from 225-399.9 MHz 2 in 18 channels[527]	A-3 Skywarrior,[528] A-4F Skyhawk,[156] B-47 Stratojet, F-11 Tiger, SH-3A Sea King,[529] P-3A/B Orion,[115] UH-3H Sea King,[122]
AN/ARA-26	Control-keyer group providing automatic motor-driven keying for transmitting distress signals on distress frequencies[530]	B-47 Stratojet
AN/ARA-50	UHF direction finding radio operating from 225-400 MHz	C-130T Hercules,[123]
AN/ARA-60	Teletype communications system[110]	E-4B NEACP, Boeing EC-135[531]
	Instrument Carrier Landing System (ICLS) Receiving-Decoding Group (R-DG), receives AN/SPN-41 guidance signals[532]	C-130T Hercules,[123] E-2C Hawkeye
AN/ARA-64	TACSATCOM (tactical satellite communications) UHF terminal operating at 70 MHz[110][533]		Electronic Communications[534]

AN/ARC – Airborne Radio Communications Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ARC-1	6 watt VHF AM radio transceiver operating between 100-156 MHz 2 over 10 preset channels with 280 mi (450 km) range at 50,000 ft (15,000 m)[535]		Western Electric[536]
AN/ARC-3	8 watt VHF AM radio operating between 100-156 MHz 2 over 8 preset crystal controlled channels[535][537]
AN/ARC-5	Multi-channel AM CW/MCW vacuum-tube radio transmitter/receiver set operating from 0.19-258 MHz 2 depending on configuration	US Navy	Aircraft Radio Corp, Stromberg-Carlson, Western Electric
	203.2 lb (92.2 kg) high power long range AM HF voice/tone/telegraph transceiver transmitting from 200-500 kHz 2 and 2-18 MHz 2 at 90 watts on 11 preset channels simultaneously receiving from 200-500 kHz 2 or 1.5-18 MHz 2, consisted of AN/ARR-11 and AN/ART-13[530]	USAAF/US Air Force	Rockwell Collins
AN/ARC-12	2 watt AM radio transceiver operating between 190-550 kHz km 2 and 116-148 MHz 2[535]
	100 watt long-range HF vacuum tube Single-sideband (SSB) radio transceiver operating from 2-24 MHz 2 over 20 channels up to 50,000 ft (15,240.00 m),[538] replaced by AN/ARC-65	B-47 Stratojet, B-52 Stratofortress, RB-66 Destroyer[308]	RCA Corp[539]
	65 watt high power long range AM HF voice/tone/CW transceiver weighing more than 475.5 lb (215.7 kg) receiving between 1.5-18.5 MHz 2 and transmitting from 2-18 MHz 2 both on 10 preset channels, consisted of AN/ARR-15 and AN/ART-13, replaced by AN/ARC-38[530]	US Navy
	9 watt UHF AM radio transceiver weighing 71 lb (32 kg) operating between 225-400 MHz 2 over 1,750 channels,[535] the first UHF radio designed for use in aircraft[540]	A-4 Skyhawk,[125] B-47 Stratojet, F5D Skylancer, F-11 Tiger, T-33 Shooting Star	Collins Radio
AN/ARC-34	8 watt UHF radio system operating between 225-399.9 MHz 2,[110] unpressurized version of AN/ARC-133	A-37 Dragonfly, B-52 Stratofortress, B-57 Canberra, C-130 Hercules, C-135 Stratolifter, C-137 Stratoliner, C-140 JetStar, F-5 Freedom Fighter, F-84F Thunderstreak, F-86 Sabre, F-100 Super Sabre, F-101 Voodoo, F-102 Delta Dagger, HH-43 Huskie, Sikorsky H-53, T-38 Talon, T-39 Sabreliner, U-2 Dragonlady	RCA Corp, Magnavox
AN/ARC-36	8 watt AM radio transceiver operating between 100-156 MHz 2[535]
	100 watt HF AM/CW/SSB transceiver operating from 2-25 MHz 2 over 20 channels,[536] forerunner to AN/ARC-58, replaced AN/ARC-25[530]	US Navy	Collins Radio[541]
	8 watt 39 lb (18 kg) FM radio transceiver operating between 24-51.9 MHz 2 over 280 channels for about 50 mi (80 km),[536] replaced by AN/ARC-54[542]
AN/ARC-45	2 watt UHF AM radio transceiver operating between 225-400 MHz 2 over 1,750 channels[543]	US Army
	20 watt 31 lb (14 kg) UHF AM radio transceiver operating from 225-400 MHz 2, replaced AN/ARC-55, used in AN/TSQ-71, replaced by AN/ARC-116[544][545]	A-4 Skyhawk,[125] P-3A/B Orion[115]	Admiral Corp
	10 watt FM radio transceiver operating between 30-69.95 MHz 2, replaced AN/ARC-44[546]
AN/ARC-55	UHF AM radio transceiver operating from 225-400 MHz 2, replaced by AN/ARC-51[547]	US Army
	1 kW HF AM/CW/SSB transceiver operating from 2-30 MHz 2,[110][536] developed from AN/ARC-38[541]		Collins Radio
AN/ARC-60	0.5 watt VHF AM radio transceiver operating from 228-258 MHz 2[535]		Aircraft Radio Corp
	230 watt long range HF Single-sideband (SSB) radio system operating from 2-24 MHz 2, replaced AN/ARC-21[548]		RCA Corp[539]
	25 watt AM radio transceiver operating from 116-149.95 MHz 2,[535] used in AN/TSQ-71
AN/ARC-85	50 watt 116 lb (53 kg) UHF simplex AM radio transceiver operating from 225-400 MHz 2, paired with AN/ASQ-59[549]
	50 watt SAC Airborne Communications System UHF FM relay radio with 12 full duplex voice channels operating from 225-399.95 MHz cm 2,[550] used with AN/ACC-1 and AN/ACC-2, replaced by AN/ARC-171	B-47 Stratojet	E-Systems
AN/ARC-96	20 kW Very Low Frequency/Low Frequency (VLF/LF) radio system operating between 17-60 kHz km 2[110]		Westinghouse Electric Corp[551]
AN/ARC-97	23 lb (10 kg) UHF AM two-way radio repeater operating from 225-400 MHz 2		RCA Corp[547]
AN/ARC-109	30 watt solid-state UHF radio transceiver operating from 225-400 MHz 2 over 3,500 channels (20 preset)		Collins Radio[552]
AN/ARC-114	10 watt 8 lb (3.6 kg) solid-state FM 800 channel radio transceiver operating from 30-69.95 MHz 2[553]
AN/ARC-115	VHF AM transceiver		GTE-Sylvania[40]
	10 watt 10 lb (4.5 kg) solid-state VHF AM radio transceiver, replaced AN/ARC-51[554]
	UHF radio communication system, pressurized version of AN/ARC-34[110]		Magnavox
AN/ARC-159	UHF command radio operating from 225-400 MHz	C-130T Hercules,[123] SH-2F Seasprite,[41]
AN/ARC-164	10 watt UHF AM Have Quick capable radio system operating from 225-399.975 MHz 2, replaced by AN/ARC-232	B-52G/H Stratofortress, B-1B Lancer, C/EC/RC-26D, C-5 Galaxy, KC-135 Stratotanker, C-23 Sherpa, C-130 Hercules, C-141 Starlifter, F-15 Eagle, A-10 Thunderbolt II, F-16 Fighting Falcon, UH-1D Iroquois, CH-47 Chinook, CH-53 Sea Stallion, Sikorsky H-60, S-3B Viking	Magnavox,[40] Raytheon
	39 lb (18 kg) 100 watt UHF AM/FM/Frequency-shift keying (FSK) radio with electronic counter-countermeasures and MILSTAR capabilities operating from 225-339.975 MHz m 2 over 7,000 channels, replaced AN/ARC-89, replaced by AN/ARC-204	B-1B Lancer, B-52 Stratofortress, Boeing EC-135, Boeing RC-135, E-3 Sentry, E-4B NEACP, E-6 Mercury, Lockheed EC-130, KC-10 Extender	Rockwell Collins[555]
AN/ARC-182	13.3 lb (6.0 kg) 15 watt VHF/UHF AM/FM two-way multi-mode Have Quick capable radio transceiver operating from 30-400 MHz 2, forerunner of AN/ARC-210[556]	US Navy, US Marine Corps, US Coast Guard	Rockwell Collins[41]
	13 lb (5.9 kg) 10 watt VHF AM/FM two-way radio system transmitting on AM from 116-151.975 MHz 2 and receiving on AM 108-115.975 MHz 2 as well as transmit/receive on FM 30-87.975 MHz 2 over 20 preset channels,[557] replaced by AN/ARC-222	A-10 Thunderbolt II, AC-130 Spectre, AH-1 SuperCobra, AH-64 Apache, B-52 Stratofortress, C-5 Galaxy, C-9 Nightingale, C-130 Hercules, C-135 Stratolifter, CH-47 Chinook, E-8 Joint STARS (JSTARS), UH-3H Sea King,[122] and many others	Rockwell Collins[558]
AN/ARC-187	21.7 lb (9.8 kg) secure UHF 30 watt AM and 100 watt FM/Frequency-shift keying (FSK) radio with Have Quick II capability operating between 225-399.975 MHz cm 2 over 7,000 channels, developed from AN/ARC-164	AC-130U Spooky II, C-17 Globemaster III, EC-130E Commando Solo, EP-3E Aries, ES-3A Shadow, MC-130H Combat Talon II, MH-53J Pave Low III, P-3C Orion, S-3B Viking	Raytheon[559]
AN/ARC-190	77.5 lb (35.2 kg) 400 watt software operated long distance HF Single-sideband (SSB) Amplitude Modulated Equivalent (AME)/CW radio system operating from 2-30 MHz 2 up to 70,000 ft (21,000 m) altitude	B-1 Lancer, B-52 Stratofortress, Boeing E-4, C-5 Galaxy, C-9A Nightingale, C-17 Globemaster III, C-20 Gulfstream IV, C-130H Hercules, C-130J Super Hercules, C-130T Hercules,[123] C-141 Starlifter, CH-53 Sea Stallion, E-3 Sentry, E-8 JSTARS, F-15 Eagle, F-16 Fighting Falcon, KC-10 Extender, KC-135 Stratotanker, S-2 Tracker, Sikorsky H-60, V-22 Osprey	Rockwell Collins[560]
	26.1 lb (11.8 kg) 500 watt HF single-sideband (SSB) Amplitude Modulated Equivalent (AME)/CW radio operating from 2-30 MHz 2, works with AN/VRC-86, replaced by AN/ARC-220	US Army	Bendix/King,[40] AlliedSignal[561]
AN/ARC-200	38.5 lb (17.5 kg) 200 watt HF Single-sideband (SSB) Amplitude Modulated Equivalent (AME)/CW radio operating from 2-30 MHz 2, ruggedized AN/ARC-199	F-16 Fighting Falcon	AlliedSignal[562]
AN/ARC-207	1 kW HF Single-sideband (SSB) Amplitude Modulated Equivalent (AME)/CW radio operating from 2-30 MHz 2, developed from AN/ARC-153, replaced AN/ARC-143	P-3C Orion	Rockwell Collins[563]
AN/ARC-210	23 watt 12.2 lb (5.5 kg) multi-mode VHF/UHF/SATCOM Have Quick and SINCGARS capable two-way radio operating from 30-941 MHz 2, improved AN/ARC-182	AV-8B Harrier II,[564] B-52H Stratofortress, C-130T Hercules[123] EA-18G Growler,[565] F-16 Fighting Falcon,[566] F/A-18C/D Hornet, F/A-18E/F Super Hornet, and many more	Rockwell Collins
	36.75 lb (16.67 kg) 175 watt long range voice/data HF Single-sideband (SSB) Amplitude Modulated Equivalent (AME)/CW radio with electronic counter-countermeasures (ECCM) frequency hopping capability operating from 2-30 MHz 2, replaced AN/ARC-199[561]	AH-64D Apache Longbow, CH-47D Chinook, UH-1 Iroquois, UH-60 Black Hawk, OH-58 Kiowa	Rockwell Collins[567]
	11.6 lb (5.3 kg) VHF SINCGARS transceiver operating from 108-155.975 MHz 2 AM and 30-87.975 MHz 2 FM and 156.025-162.025 MHz 2 maritime band, replaced AN/ARC-186	C-130J Super Hercules, E-8 Joint STARS (JSTARS), F-16C/D Fighting Falcon, MC-130H Combat Talon II	Raytheon[568]
AN/ARC-231	Skyfire VHF/UHF/SATCOM AM/FM Have Quick and SINCGARS capable software-defined radio operating from 30-512 MHz 2		BAE
AN/ARC-232	VHF/UHF/SATCOM AM/FM Have Quick and SINCGARS capable software-defined radio operating from 30-512 MHz 2, replaced AN/ARC-164		Raytheon
AN/ARC-302	AM radio transceiver operating from 118-136 MHz 2[535]

AN/ARN – Airborne Radio Navigation Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	11 lb (5.0 kg) glide path receiver and visual indication landing guidance system operating at 332.6 MHz or 333.8 MHz or 335 MHz CW with a 15 mi (24 km) range,[569] used with AN/CRN-2
	55 lb (25 kg) automatic radio compass operating between 100-1750 kHz over 4 frequency bands in compass mode and 2.8-5.9 MHz cm 2 for emergency communications (not compass) mode using CW or MCW modulation[569]	B-47 Stratojet, F-84F Thunderstreak	Bendix Corp
AN/ARN-7	98 lb (44 kg) manually tuned long range automatic vacuum-tube CW radio compass operating between 100-1750 kHz for a 100 mi (160 km) range[569]	TB-32-10-CF Dominator	Bendix Corp
AN/ARN-11	60 lb (27 kg) radio compass and general radio receiver operating from 200-400 kHz 2 or 0.55-1.2 MHz 2 in compass mode or 200-400 kHz 2, 0.5-1.2 MHz 2 or 2.9-6 MHz 2 communications receiver mode over a range of 150 mi (240 km)[569]
	Lightweight 25 lb (11 kg) marker beacon MCW receiver operating at 75 MHz giving aural and visual indications up to altitudes of 35,000 ft (11,000 m)[569]	A-4F Skyhawk,[156] B-47 Stratojet
	68.8 lb (31.2 kg) double superheterodyne VHF omnidirectional range (VOR) navigation receiver operating from 108-135.9 MHz 2 over 280 channels with a 300 mi (480 km) range and up to 50,000 ft (15,000 m) altitude[570]	A-4F Skyhawk,[156] B-47 Stratojet, F-11 Tiger	Rockwell Collins, Bendix Corp
	Tactical air navigation system (TACAN) system operating in the UHF range from 1.025-1.15 GHz cm 2 over 252 channels[571]	A-4 Skyhawk,[125][156] F5D Skylancer	Collins Radio, Federal Telegraph Company (ITT), Stromberg-Carlson
AN/ARN-89	Automatic direction finder (ADF)		Emerson Electric[40]
AN/ARN-92	Pave Phantom Long Range Navigation (LORAN-D)[102] receiver	B-52 Stratofortress, C-130 Hercules, F-4D Phantom II,[127] F-105 Thunderchief, RF-4C Phantom II[572]
AN/ARN-118	34.2 lb (15.5 kg) 100 watt solid-state tactical air navigation system (TACAN) providing distance and bearing at a range of 390 nmi (450 mi; 720 km)	US Air Force, US Navy	Rockwell Collins[573]
AN/ARN-123	200 channel solid-state VHF omnidirectional range/instrument landing system (VOR/ILS) receiver	AH-1S Cobra, CH-47 Chinook, EH-1H Iroquois, EH-1X Iroquois, EH-60A Black Hawk, HC-130H Hercules, OH-58D Kiowa, T-42 Cochise, UH-1H Iroquois, UH-60 Black Hawk	AlliedSignal,[574] Bendix/King[40]
AN/ARN-126	VHF radio navigation system receiving VOR/ILS signals operating from 108-122 MHz 2 and 328.6-335.4 MHz 2 integrating data to flight control systems	C-130T Hercules,[123] UH-3H Sea King[122]	AAR Corp.
AN/ARN-138	Multi-Mode Receiver (MMR) precision landing system combining ILS and Ku-band Microwave Pulse Coded Scanning Beam (MPCSB) navigation aids with an accuracy of 30 ft (9.1 m), replaced AN/ARA-63	US Navy	Marconi Electronic Systems[575]
AN/ARN-148	Omega/very low frequency (VLF) navigation receiver	UH-60L Black Hawk[40]	Tracor
AN/ARN-151	Satellite signals navigation set (Global Positioning System) all-weather navigation aid	C-130T Hercules,[123] EP-3E Aries[576]

AN/ARR – Airborne Radio Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ARR-11	Radio communication receiver system, also known as BC-348, part of AN/ARC-8[530]	B-17 Flying Fortress, B-24 Liberator, B-25 Mitchell, B-26 Marauder, B-29 Superfortress, C-47 Skytrain	Belmont Radio, Wells-Gardner, RCA Corp, Stromberg-Carlson
	44.3 lb (20.1 kg) general purpose airborne AM HF radio receiving voice/CW/MCW signals between 1.5-18.5 MHz 2 on 10 preset channels, part of AN/ARC-25[530]		Collins Radio
AN/ARR-71	Solid-state AM/FM UHF radio receiver[110] with an automatic servo-controlled 3,500 channel tuner operating between 225-399.95 MHz 2		Electronic Communications[577]
AN/ARR-78	Advanced Sonobuoy Communications Link (ASCL) 115.2 lb (52.3 kg) computer controlled radio receiver using 20 receiver modules on 99 VHF channels up to 30,000 ft (9,100 m)	P-3C Orion, S-3B Viking	GEC-Marconi[578]
AN/ARR-88	Panoramic electronic support measures receiver	RB-52B Stratofortress[308]

AN/ARS – Airborne Radio Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ARS-6	Personnel Locator System (PLS) radio navigation set	AC-130H Spectre, UH-3H Sea King[122]	Cubic Corp

AN/ART – Airborne Radio Transmitter Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ART-13	100 watt radio transmitter operating up to 18 MHz, part of AN/ARC-8 and AN/ARC-25[530]	B-29 Superfortress	Collins Radio, Stewart-Warner
	High power UHF radio transmitter[110]
AN/ART-47	1 kW UHF radio transmitter[110][579]

ASx – Piloted Aircraft Special/Combination Systems

AN/ASB – Airborne Special/Combination Bombing Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASB-1	Bomb-director radar system[580]	A-3 Skywarrior[581]	Norden Systems[582]
AN/ASB-7	Bomb-director radar system[583]	A-3B Skywarrior[584]
	Bombing/navigation system, replaced by AN/ASQ-48[308]	B-52 Stratofortress[585]
AN/ASB-19	128 lb (58 kg) Angle Rate Bombing System (ARBS) day/night target acquisition laser/TV tracker integrated with onboard mission computer and head-up display (HUD)	A-4M Skyhawk II, AV-8B Harrier II Plus	Hughes Aircraft[378][586]

AN/ASC – Airborne Special/Combination Communications Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASC-15	285 lb (129 kg) airborne secure command and control (C2) HF/VHF/UHF AM/FM system with Have Quick II and SINCGARS compatibility operating from 2-400 MHz	UH-60 Black Hawk	Rockwell International[587]
AN/ASC-21	Air Force Satellite Communications (AFSATCOM) system[110]	E-4B NEACP[588]	Rockwell Collins
AN/ASC-26	Helicopter mounted UHF/VHF Command and Control Communications Central[589]

AN/ASD – Airborne Special/Combination Direction Finding/Reconnaissance/Surveillance Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASD-5	Black Crow magnetic anomaly detector (MAD) passive phased-array antenna direction finder detecting electrical signals (e.g. produced by gasoline engine ignitions, etc) at average ranges of 5-6 mi[590] and could pick up localized deviations in the Earth's magnetic field normally used to detect submerged submarines	AC-130A/E/H Spectre[33]

AN/ASG – Airborne Special/Combination Fire Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASG-15	Fire-control radar	B-52G Stratofortress[308]
AN/ASG-18	Prototype airborne pulse-doppler fire-control radar with a range of 300 mi (480 km)	Did not enter service, XF-108 Rapier, Lockheed YF-12	Hughes Aircraft
AN/ASG-21	Fire-control radar	B-52H Stratofortress[308]
AN/ASG-22	Air-to-air target lead computing optical sight with amplifier and gyro	F-4D Phantom II[127]

AN/ASH – Airborne Special/Combination Recording Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASH-30	Tactical Electronic Processing & Evaluation System (TERPES)	EA-6B Prowler[184]

AN/ASN – Airborne Special/Combination Navigational Aid Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Early Cold War-era 45-pound (20-kilogram) airborne automatic dead reckoning navigation computer for continuous latitude and longitude based on integrated data from other systems	US Air Force	Ford Instrument Company[591]
	Airborne self-conatined automatic dead reckoning navigation computer calculating and continuously displaying course, distance, latitude/longitude based on integrated data from other systems, developed from AN/ASN-6	US Air Force	Ford Instrument Company[592]
AN/ASN-24	Airborne general-purpose digital computer navigation system which computes current position, heading and other information using data from integrated systems	C-141 Starlifter	General Precision's Kearfott Div[593]
AN/ASN-31	Inertial Navigation System (INS)[8]	A-6A Intruder[97]	Litton Industries[162]
AN/ASN-43	Gyrocompass[40]
AN/ASN-48	Inertial Navigation System	F-4C Phantom II	Litton Industries[127]
AN/ASN-63	Inertial Navigation System	F-4D Phantom II[127]
AN/ASN-92	55.4 lb (25.1 kg) Carrier Aircraft Inertial Navigation System (CAINS)[96] senses and measures rotation about each of the aircraft's axes, and horizontal, lateral and vertical accelerations, replaced by AN/ASN-130	A-6E Intruder,[97] EA-6B Prowler, E-2C Hawkeye, F-14A Tomcat, RF-4B Phantom II, S-3A Viking	Litton Guidance & Control Systems[594]
AN/ASN-123	Airborne tactical navigation (TACNAV) system and signal data converter, used with AN/ASN-130	EA-6B Prowler, SH-2F Seasprite,[41] SH-3H Sea King	Electro-Methods Inc, Litton Industries[595]
AN/ASN-128	31 lb (14 kg) lightweight Doppler/GPS Navigation System (DGNS) operating up to 10,000 ft (3,000 m)	AH-1 Cobra, AH-64 Apache, CH-47D Chinook, HH-60 Pave Hawk, UH-1 Iroquois, UH-60 Black Hawk	BAE[596]
AN/ASN-130	35 lb (16 kg) third generation mechanical gyroscope based Carrier Aircraft Inertial Navigation System (CAINS IA),[597] used with AN/ASN-123,[595] replaced AN/ASN-92,[594] replaced by AN/ASN-139	EA-6B Prowler, F-14D Super Tomcat,[136] F/A-18 Hornet	Litton Guidance & Control Systems[598]
AN/ASN-137	Doppler radar		GEC-Marconi[40]
AN/ASN-139	Ring laser gyroscope based Carrier Aircraft Inertial Navigation System (CAINS II),[599] replaced AN/ASN-130	AV-8B Harrier II Plus, C-2A Greyhound, E-2C Hawkeye, EA-6B Prowler, F-14D Super Tomcat, F/A-18C/D Hornet, S-3B Viking	Litton Industries[598]
AN/ASN-149	Global Positioning System (GPS)		Rockwell Collins[40]
AN/ASN-150	Tactical navigation system	SH-2G Super Seasprite	Teledyne[41]
AN/ASN-151	Airborne inertial navigation system (INS) integrated with GPS providing precise position, velocity, and time navigation data for all-weather navigation which may also be integrated with other navigational aid systems		Litton Industries
AN/ASN-157	<13-pound (5.9-kilogram) integrated 3D navigation system operating up to 10,000 ft (3,000 m)	AH-64D Apache Longbow	BAE[600]

AN/ASQ – Airborne Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASQ-8	100 lb (45 kg)[601] Magnetic Anomaly Detector (MAD) anti-submarine warfare detection set with fluxgate magnetometer produced paper charts of anomalies	P-2 Neptune, P-5 Marlin, S-2 Tracker[602]	General Instrument, Dalmo-Victor, Geophysical Service[603]
AN/ASQ-10	About 30 lb (14 kg) servo-stabilized Magnetic detecting (fluxgate magnetometer) set[604]	P-3A Orion[601]	Dubrow Electronic Industries[605]
AN/ASQ-19	Miniaturized communication/navigation/identification suite	F-4D Phantom II[127]	Rockwell Collins
	Bombing/navigation and terrain computer system, uses AN/APN-89, replaced AN/ASQ-48,[308] replaced by AN/AQS-176[27]	B-52G/H Stratofortress	IBM, Raytheon[365]
AN/ASQ-42	Bombing/navigation system	B-58 Hustler[308]
	Bombing/navigation system, replaced AN/ASB-15, replaced by AN/ASQ-38	B-52 Stratofortress[308]
	Magnetic Anomaly Detector (MAD) anti-submarine warfare detection set using a saturable-core magnetometer with a signal-to-noise ratio sensitivity improvement of 8-times over the AN/ASQ-10 effectively doubling detection range, used with RO-32 Strip Chart Recorder, forerunner of AN/ASQ-208	MH-60R Seahawk, P-3C Orion,[115] S-3B Viking, SH-2F Seasprite,[41] SH-2G Super Seasprite, SH-3H Sea King, SH-60B/F Seahawk	Lockheed Corp,[601] Raytheon[606]
	Laser-guided bomb weapons release computer, used with AN/AJB-7	F-4 Phantom II[127]
AN/ASQ-114	Digital data computer anti-submarine warfare sensor data processor along with communications, navigation, and tactical armament status sources, forerunner of AN/ASQ-212	P-3C Orion	Lockheed Martin[607]
	Stellar navigation Astrotracker astrocompass	FB-111A Aardvark	Litton Industries[608]
AN/ASQ-121	Solid-state onboard computer	A-6E Intruder[97]
AN/ASQ-133	Solid-state Evaluation, Analysis Recording System (EARS) or High Altitude Radiation Detection System (HARDS)[110]	A-6 Intruder	IBM[609]
AN/ASQ-145	Low Light Level Television (LLLTV)	AC-130H Spectre[33]
	Airborne Electro-optical Viewing System (EVS) comprised AN/AAQ-6 paired with AN/AVQ-22[610]	B-52G/H Stratofortress	Boeing[27]
AN/ASQ-152	Pave Spike laser target designator pod	F-4D Phantom II[127]	Westinghouse Electronic Systems
AN/ASQ-153	Pave Spike electro-optical laser designator targeting pod	F-4D Phantom II, F-4E Phantom II	Westinghouse Electronic Systems
AN/ASQ-155	Cockpit-mounted bombardier/navigator-operated bombing/weapon release computer[96][611]	A-6E Intruder[97]	IBM[162]
	549.4 lb (249.2 kg) Target Acquisition Designation Sight portion of TADS/PNVS[109] low light level television (LLLTV) weapon director, used with AN/AAQ-11,[36] replaced by Apache Arrowhead system	AH-64D Apache	Honeywell Aerospace, Lockheed Martin, Northrop Grumman, Raytheon[612]
	Avionics management system, integrated with AN/ALQ-161[220] and AN/ALE-49	B-1B Lancer[149]
	Digital Magnetic Anomaly Detector (MAD) anti-submarine warfare detection set, developed from AN/ASQ-81	MH-60R Seahawk, P-3C Orion, S-3B Viking, SH-2F Seasprite, SH-2G Super Seasprite, SH-3H Sea King, SH-60B/F Seahawk	Raytheon[606]
AN/ASQ-212	Digital data computer anti-submarine warfare sensor data processor along with communications, navigation, and tactical armament status sources, upgraded AN/ASQ-114 with a Motorola 68030 microprocessor providing a processing speed increase of 30x	P-3C Orion	Lockheed Martin[607]
AN/ASQ-213	90 lb (41 kg) Smart Targeting and Identification via Networked Geolocation (STING) AGM-88 HARM (High-speed Anti-Radiation Missile) targeting pod operating from 0.5-20 GHz cm 2 providing autonomous detection, identification, and location of radar-guided threats at long ranges	F-16 Fighting Falcon	Texas Instruments, Raytheon[613]
AN/ASQ-228	Multi-sensor, electro-optical Advanced Targeting Forward-Looking Infrared (ATFLIR) pod,[39] replaced AN/AAR-50 and AN/AAS-38[76]	F/A-18C/D Hornet, F/A-18E/F Super Hornet	Raytheon
	Archerfish expendable Airborne Mine Neutralization System (AMNS)[e] with up to four destructors to acquire, identify, and defeat (neutralize) naval un-buried bottom and moored sea mines,[614] paired with AN/AES-1,[121] part of Mine Countermeasures Mission Package[615]	Freedom-class littoral combat ships, Independence-class littoral combat ships, MH-60S Knighthawk	Raytheon[616]
AN/ASQ-236	Dragon's Eye 1,001 lb (454 kg) high resolution advanced active electronically scanned array synthetic-aperture radar pod	F-15E Strike Eagle,[222] B-52 Stratofortress	Northrop Grumman
	Barracuda 185 lb (84 kg)[617] integrated 360° electronic warfare (EW) suite electronic and infrared countermeasures system with long-range threat warning, self-protection, and targeting support[618]	F-35 Lightning II[619]	BAE[620]
AN/ASQ-504	52.5 lb (23.8 kg) Advanced Integrated MAD (magnetic anomaly detection) System (AIMS) anti-submarine warfare set with an optically pumped caesium detection head with a detection range of 3,000 ft (910 m), replaced by AN/ASQ-508	P-3C Orion, P-8A Poseidon, SH-2 Seasprite, SH-60 Seahawk	CAE Inc.[621]

AN/ASW – Airborne Special/Combination Flight/Remote Control Equipment

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASW-25	Data link system[8]	F-4J Phantom II,[185]
AN/ASW-27	Link 4 two-way data link system[622]	F-14 Tomcat[623]	Harris Corp
AN/ASW-28	One-way data link Airborne Launch Control Center System used with automatic carrier landing systems[110][185]	F-4J Phantom II

AN/ASX – Airborne Special/Combination Identification/Recognition Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/ASX-1	Target Identification System Electro-Optical (TISEO)	F-4E Phantom II, F-15 Eagle	Northrop Grumman[624]

AVx – Piloted Aircraft Visual/Visible Light Systems

AN/AVA – Airborne Visual Auxiliary Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AVA-12	Vertical and horizontal situation display, communications and direction-finders embedded in the AN/AWG-9 radar display	F-14 Tomcat[136]

AN/AVG – Airborne Visual Fire-Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AVG-12 HUD		F-14 Tomcat	Kaiser[136]

AN/AVQ – Airborne Visual/Visible Light Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AVQ-9	Pave Light stabilized laser designator[102]	F-4D Phantom II[127]
AN/AVQ-10	Pave Knife precision targeting pod, replaced by Pave Spike and Pave Tack systems	A-6 Intruder, F-4 Phantom II[127]	Ford Aerospace
	Pave Sword laser tracker/receiver pod[102]	F-4 Phantom II[127]
AN/AVQ-12	Pave Spot stabilized periscopic night vision sight with laser designator targeting pod	F-4 Phantom II, F-111 Aardvark,[625] O-2A Skymaster[127]	Varo[626]
AN/AVQ-13	Pave Nail stabilized periscopic night sight/laser designator[102]	OV-10 Bronco
AN/AVQ-14	Pave Arrow laser tracker pod used in conjunction with the Pave Spot laser designator[102]	C-123 Provider, O-2A Skymaster
	Low Light Level Television (LLLTV) or Steerable TV (STV), paired with AN/AAQ-6 to form the AN/ASQ-151[27]	B-52G/H Stratofortress[28]	Westinghouse Electric[610]
AN/AVQ-23	Pave Spike pylon-mounted electro-optical laser targeting pod, replaced AN/AVQ-10	F-4D Phantom II, F-4E Phantom II
AN/AVQ-26	Pave Tack electro-optical targeting pod,[30] nicknamed Pave Drag, uses AN/AAQ-9, replaced AN/AVQ-10	F-4 Phantom II, F-111C Pig, F-111F Aardvark	Ford Aerospace
AN/AVQ-29	Pave Tack laser designator and rangefinder[30]	F-4 Phantom II, F-111C Pig, F-111F Aardvark	Ford Aerospace

AN/AVR – Airborne Visual/Visible Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AVR-2	Passive laser warning receiver[627]	AH-1F Cobra, AH-64A Apache, AH-64D Apache, EH-60A Black Hawk, MH-47E Chinook, MH-60K Black Hawk, OH-58D Kiowa	Hughes Aircraft[628]

AN/AVS – Airborne Visual/Visible Light Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Dual tube helmet mounted 1.3 lb (0.59 kg) battery operated third-generation Aviator Night Vision Imaging System (ANVIS) allows flight operations in very low ambient light conditions, adapted from AN/PVS-5[629]
	Panoramic Night Vision Goggles (PNVG), also Aviator Night Vision Imaging System (ANVIS) 10 with a total 97º field of view, precursor to the GPNVG-18		Kollsman[630]

AWx – Piloted Aircraft Armament Systems

AN/AWG – Airborne Armament Fire-control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AWG-9	All-weather, multi-mode X-band pulse-Doppler radar and Fire Control System (FCS)	F-14 Tomcat[136]	Hughes Aircraft
AN/AWG-10	Pulse Doppler Fire Control System, paired with AN/APG-59 FCR	F-4J Phantom II, F-4S Phantom II,[185] F-4X Phantom II	Westinghouse Electronic Systems
AN/AWG-11	Pulse Doppler Fire Control System, paired with AN/APG-60 FCR	F-4K Phantom II	Ferranti
AN/AWG-12	Pulse Doppler Fire Control System, paired with AN/APG-61 FCR	F-4M Phantom II	Ferranti
AN/AWG-14	Fully Digital AN/AWG-10 Pulse Doppler Fire Control System, paired with AN/APQ-120		Westinghouse Electronic Systems
AN/AWG-15	Fire Control System	F-14 Tomcat[136]
AN/AWG-20	Armament Control System, paired with AN/APG-63 radar family, forerunner of AN/AWG-27	F-15C/D Eagle	Hughes Aircraft
AN/AWG-21	Fire Control System for AGM-78 Standard ARM (anti-radiation missile) system	A-6B/E Intruder	Naval Air Warfare Center, Indianapolis
AN/AWG-27	Programmable Armament Control System, paired with AN/APG-63 radar family, developed from AN/AWG-20	F-15E Strike Eagle	Hughes Aircraft

AXx – Piloted Aircraft Facsimile/Television Systems

AN/AXR – Airborne Facsimile/Television Receiver Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AXR-1	Aircraft television receiver, works with AN/AXT-2		Farnsworth Radio & Television, RCA Corp[631]

AN/AXT – Airborne Facsimile/Television Transmitter Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AXT-2	15 watt 110 lb (50 kg) aircraft observation/telemetry television UHF transmitter operating between 264-372 MHz m 2 in 10 channels with a range of about 30 mi (48 km)[632][633]	GB-4 glide bomb,[348] JB-4 (MX-607) air-to-surface missile, YP-59 Airacomet	Farnsworth Radio & Television, RCA Corp[631]

AN/AXX – Airborne Facsimile/Television Identification/Recognition Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	Television Camera Set (TCS) for long-range target identification out to 60 mi (52 nmi; 97 km), replaced AN/ALR-23	F-14 Tomcat	Northrop Corp[136]

AYx – Piloted Aircraft Data Processing/Computer Systems

AN/AYK – Airborne Data Processing/Computer Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/AYK-2	23.6 lb (10.7 kg) airborne navigation computer[634]	SH-2F Seasprite,[41]
AN/AYK-6	Weapons system computer, used with AN/AJN-16	A-6 Intruder,[184] F-111 Aardvark[130]	IBM[635]
AN/AYK-8	Millicomputer mission systems computer	B-57G Canberra, E-3 Sentry[636]	Westinghouse Electronic Systems[637]
AN/AYK-14	16-bit general-purpose weapons systems computer	AV-8B Harrier II Plus, E-2C Hawkeye,[246] EA-6B Prowler,[184] EP-3E Aries, F-4J Phantom II,[185] F-14 Tomcat, F-18 Hornet,[130] P-3C Orion	Control Data Corp[68]
AN/AYK-15	Digital Avionics Information System (DAIS)[638] 16-bit multimission computer[637][639][640]
AN/AYK-22	Armament control/processor external stores management PowerPC-based computer[641]	EA-18G Growler, F/A-18C/D Hornet, F/A-18E/F Super Hornet[642]

B

BLx – Submarine Countermeasures Systems

AN/BLQ – Submarine Countermeasures Special/Combination Equipment

Designation	Purpose/Description	Submarine Class	Manufacturer
	Submarine based signals intelligence (SIGINT) threat warning/reconnaissance system for radar and communications intelligence,[643] part of the Electronic Support (ES) suite[275]	Columbia-class submarines (future), Los Angeles-class submarines, Ohio-class submarines, Seawolf-class submarines, Virginia-class submarines[644]	Lockheed Martin[645]
AN/BLQ-11	Long-Term Mine Reconnaissance System (LMRS) autonomous unmanned undersea vehicle (UUV) torpedo tube-launched and tube-recovered for underwater search and survey	Los Angeles-class submarines, Seawolf-class submarines, Virginia-class submarines	Boeing Defense, Space & Security

AN/BLR – Submarine Countermeasures Receiver Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/BLR-14	Submarine acoustic warfare system (SAWS) sonar warning receiver with integrated receiver, processor, display and countermeasures launch control[646]	US Navy[647]	Sperry Corp[648]
	Passive electronic support measures (ESM)[649] radar warning receiver[275]	US Navy[650]

BPx – Submarine Radar Systems

AN/BPS – Submarine Radar Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Submarine Class	Manufacturer
AN/BPS-15	1,772 lb (804 kg) low power 35 kW X-band Automatic Radar Plotting Aid (ARPA) navigation and surface search radar operating from 8.795-8.855 GHz cm 2[651]	Los Angeles-class submarines, Ohio-class submarines,[652] Virginia-class submarines	Electromechanical Systems[653]
AN/BPS-16	2,890.4 lb (1,311.1 kg) low power 35 kW X-band Automatic Radar Plotting Aid (ARPA) navigation and surface search radar operating from 8.795-8.855 GHz cm 2, improved AN/BPS-15,[654] includes the Voyage Management System (VMS) with Electronic Chart Display and Information System (ECDIS-N)[655]	Ohio-class submarines,[652] Seawolf-class submarines, Virginia-class submarines	Northrop Grumman[653]

BQx – Submarine Sonar Systems

AN/BQH – Submarine Sonar Recording Systems

Designation	Purpose/Description	Submarine Class	Manufacturer
AN/BQH-1	Submarine transistorized depth speed of sound measuring set (velocimeter)[656]		Dyna-Empire Corp
	Submarine-launched expendable hydrographic Measurement and Signature Intelligence (MASINT) bathythermograph to measure/record water temperature for acoustic propagation analysis,[657][f] replaced AN/SSQ-61		Sippican Corp[658]
AN/BQH-71	Surface ship-launched expendable hydrographic Measurement and Signature Intelligence (MASINT) bathythermograph to measure/record water temperature for acoustic propagation analysis[657]

AN/BQQ – Submarine Sonar Special/Combination Systems

Designation	Purpose/Description	Submarine Class	Manufacturer
AN/BQQ-5	Bow-mounted spherical active/passive sonar with low frequency active interference rejection, dual towed array processing, and full spectrum processing,[659] consists of AN/BQS-13 spherical sonar array and AN/UYK-44 computer, replaced by AN/BQQ-10	Los Angeles-class submarines, Ohio-class submarines[652]	IBM
AN/BQQ-6	Hull-mounted, long-range passive passive sonar, developed from AN/BQQ-5	Ohio-class submarines[652][660]	Lockheed Martin, Vitro Corp, Southwest Marine[661]
AN/BQQ-10	Towed and hull array active/passive sonar, replaced AN/BQQ-5 and AN/BBQ-6	Virginia-class submarines[662] Ohio-class submarines[652]	Lockheed Martin[663]

AN/BQR – Submarine Sonar Receiver/Passive Detection Systems

Designation	Purpose/Description	Submarine Class	Manufacturer
AN/BQR-2	Passive sonar	Skipjack-class submarines[664]
AN/BQR-12	Active sonar	Skipjack-class submarines[664]
AN/BQR-15	Signal Processing and Display (SPAD) thin line towed array, cable 2,640 ft (800 m) in length[665]	Lafayette-class submarines, Ohio-class submarines	Western Electric[666]
AN/BQR-19	Mast mounted HF active sonar for surfacing	Ohio-class submarines[652]	Raytheon

AN/BQS – Submarine Sonar Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Submarine Class	Manufacturer
AN/BQS-4	Active/passive sonar	Skipjack-class submarines[664]
	Bow mounted hydrophone array sonar, part of AN/BQQ-5	Ohio-class submarines[652]	Raytheon
AN/BQS-15	Sail mounted close contact active/passive sonar[667]	Los Angeles-class submarines, Ohio-class submarines[652]	Ametek

BRx – Submarine Radio Systems

AN/BRD – Submarine Radio Direction Finding/Reconnaissance/Surveillance Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/BRD-6	Radio direction finder and signals intelligence (SIGINT) receiver, replaced by AN/BRD-7[668]		Sanders Associates[669]
	Radio direction finder and signals intelligence (SIGINT) receiver, replaced AN/BRD-6[668]	Los Angeles-class submarines,[643] Sturgeon-class submarines,[668] USS Gurnard (SSN-662)	Sanders Associates[669]

BSx – Submarine Special/Combination Systems

AN/BSY – Submarine Special/Combination Surveillance and Control Systems

Designation	Purpose/Description	Submarine Class	Manufacturer
AN/BSY-1	Submarine Advanced Combat System (SUBACS)	Los Angeles-class submarines	IBM
	Submarine Advanced Combat System (SUBACS)	Seawolf-class submarines

BYx – Submarine Data Processing/Computer Systems

AN/BYG – Submarine Data Processing/Computer Fire-Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/BYG-1	Submarine combat control system[670]	Columbia-class submarines, Los Angeles-class submarines, Ohio-class submarines, Seawolf-class submarines, Virginia-class submarines	General Dynamics Mission Systems[671]

C

CPx – Cryptographic (previously Air Transportable or Cargo) Radar Systems

AN/CPN – Air Transportable Radar Navigation Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CPN-1	Transportable S-band radar beacon[672]
AN/CPN-2	Short range 30 kW transponder blind bombing aid operating from 290-330 MHz 2[348][672]		RCA Corp
AN/CPN-3	Transportable S-band radar beacon[673][674] operating at 3.256 GHz with a range of about 150 mi (240 km)[672]	Ship- or land-based
	Transportable combined search and precision approach radar (PAR). Search mode transmits with 600 kW power at 2.78-2.82 GHz cm 2 with a range of about 36 nmi (41 mi; 67 km) reaching 10,000 ft (3,000 m) while PAR mode operates between 9-9.16 GHz cm 2 out to about 8 mi (13 km)[672]		Raytheon, ITT-Gilfillan
	Minnie 40 kW X-band radar beacon operating at 9.31 GHz with a 100 mi (160 km) range,[673] used with AN/APS-10[672]	Ship- or land-based	Galvin Manufacturing Corp
AN/CPN-7	Beam Approach Beacon System (BABS)[675]
	S-band[672] homing beacon (BPS), used with AN/MPN-2
	Transportable master/slave Long Range Navigation (LORAN) beacon in combination with AN/CPN-12, used with aircraft systems AN/APN-4 or AN/APN-9[675][672]
	Transportable master/slave Long Range Navigation (LORAN) beacon in combination with AN/CPN-11, used with aircraft systems AN/APN-4 or AN/APN-9[675][672]
AN/CPN-17	S-band transportable Identification Friend or Foe (IFF) beacon[672]		Galvin Manufacturing Corp
AN/CPN-18	500 kW S-band transportable airport surveillance radar portion of an Air Traffic Control system operating from 2.7-2.9 GHz cm 2 with a range of up to 70 nmi (81 mi; 130 km)[672]

AN/CPS – Air Transportable Radar Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CPS-1	Heavyweight semi-mobile Microwave Early Warning (MEW) S-band long range and high angle radar operating at 3.2 GHz out to a range of 200 mi (320 km), developed as Project 422A, Camp Evans Signal Laboratory[676]		General Electric[672]
AN/CPS-2	Early warning medium-range radar, developed as Project 424B, Camp Evans Signal Laboratory[676]		Federal Telephone and Radio Corp[672]
AN/CPS-3	Transportable search radar,[672] developed as Project 421, Camp Evans Signal Laboratory[676]
AN/CPS-4	Beaver Tail (or Big Weapon or Big Beaver) transportable S-band medium-range height-finding radar operating from 2.7-2.9 GHz cm 2 at a distance of up to 90 mi (140 km)[672]	Lashup Radar Network	MIT Radiation Laboratory
	Transportable medium weight 750 kW Ground-Controlled Interception (GCI) and early warning radar operating at 1.3 GHz to more than 70 mi (110 km) (often as much as 210 mi (340 km)) and up to 40,000 ft (12,000 m) altitude[672]	Lashup Radar Network	General Electric, Bendix Corp
AN/CPS-6	Minnie S-band 1 megawatt search and Ground-Controlled Interception (GCI) radar operating from 2.7-3.01 GHz cm 2 with a range of up to 240 mi (390 km)[672][677]	Lashup Radar Network	General Electric
AN/CPS-9	250 kW X-band meteorological radar with a range of 250 mi (400 km) operating from 9.23-9.404 GHz cm 2[672]	Air Weather Service (now Air Force Weather Agency)	Raytheon

CRx – Cryptographic Radio Systems^[g]

AN/CRC – Cryptographical Radio Communication Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CRC-7	World War II era survival radio operating at 140.58 MHz

AN/CRN – Cryptographical Radio Navigational Aid Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CRN-1	Low-frequency parachute navigation/homing buoy radio beacon[678]
	25 watt trailer mounted instrument landing glide path CW UHF transmitter operating from 329-335 MHz 2 at 15 mi (24 km) range using a 30 ft (9.1 m) mast antenna,[569][570] used with AN/ARN-5	USAAF
AN/CRN-3	Air transportable 25 watt instrument landing system localizer azimuth transmitter for centerline operating from 108.3-110.3 MHz, same as AN/MRN-1

AN/CRT – Air Transportable Radio Transmitter Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CRT-1	Passive omnidirectional broadband sonobuoy[679]
AN/CRT-4	Second military sonobuoy[680]

CSx – Cryptographic Special/Combination Systems

AN/CSZ – Cryptographic Special/Combination Secure Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CSZ-9	Hardware random number generator[681]	NSA

CYx – Cryptographic Data Processing/Computer Equipment

AN/CYZ – Cryptographic Data Processing/Computer Secure Systems

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/CYZ-10	Data Transfer Device (DTD) for variable length electronic keying material		AlliedSignal[682]

D

DAx – Pilotless Carrier Infrared Systems

AN/DAS – Pilotless Carrier Infrared Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/DAS-1	Multi-spectral targeting system (MTS-B) EO/IR laser target designator and intelligence, surveillance and reconnaissance (ISR) sensor[683]	MQ-9 Reaper	Raytheon[684][106]
AN/DAS-2	Common Sensor Payload (CSP) multi-spectral targeting system	MQ-1C Gray Eagle	Raytheon[106]
AN/DAS-4	Next-generation multi-spectral targeting system	RQ-9 Reaper	Raytheon[106]

AN/DAW – Pilotless Carrier Infrared Automatic Flight/Remote Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/DAW-1	Improved all-aspect dual-mode mid-range (3–5 μm) infrared homing guidance section[685]	MIM-72C Chaparral[686]	Ford Aeronutronic
AN/DAW-2	Rosette scanning infrared homing guidance section	MIM-72G Chaparral[686]	Ford Aerospace[685]

DRx – Pilotless Carrier Radio Systems

AN/DRC – Pilotless Carrier Radio Communications Systems

Designation	Purpose/Description	Missile/Drone	Manufacturer
AN/DRC-8	Emergency Rocket Communications System (ERCS)	Intercontinental ballistic missile (ICBM)	Boeing

F

FGx – Fixed Telegraph/Teletype Systems

AN/FGC – Fixed Telegraph/Teletype Communications

Designation	Purpose/Description	Sites/Users	Manufacturer
AN/FGC-59	Teletype		Teletype Corp[687]

FLx – Fixed Countermeasures Systems

AN/FLR – Fixed Countermeasures Receiver/Passive Detection Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FLR-9	Iron Horse network High Frequency Direction Finding (HF/DF) antenna array, nickname Elephant Cage		GTE-Sylvania[153]

FMx – Fixed Meteorological Systems

AN/FMQ – Fixed Meteorological Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FMQ-19	Automated Weather Observing System (AWOS)[688]		Mesotech International
AN/FMQ-22	Automated Weather Observing System (AWOS)[689]		Mesotech International
AN/FMQ-23	Automated Weather Observing System (AWOS)[690]		Mesotech International

FPx – Fixed Radar Systems

AN/FPA – Fixed Radar Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FPA-21	Radar central computer	Ballistic Missile Early Warning System, Pituffik Space Base, Site III

AN/FPQ – Fixed Radar Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FPQ-4	C/L-band and UHF radars for the Downrange Anti-missile Measurement Program (DAMP Project), uses AN/FPW-2	USAS American Mariner
AN/FPQ-6	Land-based C-band radar system used for long-range, small-target tracking[691]	NASA Kennedy Space Center	RCA Corp
AN/FPQ-16	Perimeter Acquisition Radar Attack Characterization System (PARCS) passive electronically scanned array	US Army Safeguard Program	General Electric

AN/FPS – Fixed Radar Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FPS-3	L-band early-warning and Ground-Controlled Interception (GCI) radar[692]		Bendix Corp
AN/FPS-4	Height-finder radar		Zenith Electronics, RCA Corp
AN/FPS-5	Nodding height-finder radar		Hazeltine Corp
AN/FPS-6	Height-finder radar, fixed version of AN/MPS-14		Hazeltine Corp
AN/FPS-7	L-band long range stacked-beam air defense and air traffic control search radar		General Electric
AN/FPS-8	L-band medium-range aircraft control and early warning search radar		General Electric
AN/FPS-10	Fixed search radar, stripped-down version of AN/CPS-6B	Lashup Radar Network	General Electric
AN/FPS-12	Surveillance radar supporting Downrange Anti-missile Measurement Program (DAMP)	USAS American Mariner
AN/FPS-14	S-band medium-range low-altitude search Radar		Bendix Corp
AN/FPS-16	1 MW ground-based monopulse single object tracking radar (SOTR) operating from 5.45-5.825 GHz cm 2 with a range of 230 mi (200 nmi; 370 km)	NASA, US Air Force, US Army	Naval Research Laboratory
AN/FPS-17	Ground-based fixed-beam detection radar		General Electric
AN/FPS-18	Medium-range S-band gap-filler search radar operating between 2.7-2.9 GHz cm 2 with a range of 65 mi (105 km)	Semi-Automatic Ground Environment (SAGE)	Bendix Corp
AN/FPS-19	L-band long-range search radar	North American Aerospace Defense Command (NORAD)	Raytheon
AN/FPS-20	L-band early warning and Ground-Controlled Interception (GCI) radar, forerunner of several radar systems		Bendix Corp
AN/FPS-23	Fluttar short-range early-warning radar	Distant Early Warning Line (DEW Line)	Motorola
AN/FPS-24	Two-frequency VHF long range early warning radar		General Electric
AN/FPS-26	Frequency diverse height finder radar	Semi-Automatic Ground Environment (SAGE) radar stations	Avco[693]
AN/FPS-27	S-band Frequency Diverse (FD) search radar		Westinghouse Electronic Systems
AN/FPS-30	Long range early warning radar	Distant Early Warning Line (DEW Line)
AN/FPS-35	Frequency diverse long range air defense search radar		Sperry Corp
AN/FPS-41	S-band weather radar operating at a frequency of 2.9 GHz with a maximum range of 494 nmi (568 mi; 915 km), also called WSR-57
AN/FPS-49	Five-horn monopulse tracker radar, forerunner of AN/FPS-92	Ballistic Missile Early Warning System (BMEWS)	RCA Corp
AN/FPS-50	UHF radar with an Organ-pipe scanner	Ballistic Missile Early Warning System (BMEWS)	General Electric
AN/FPS-64	Early-warning radar, upgraded version of the AN/FPS-20
AN/FPS-65	L-band early warning and Ground-Controlled Interception (GCI) radar		Bendix Corp
AN/FPS-66	Early-warning radar, upgraded version of the AN/FPS-20
AN/FPS-67	Early-warning radar, upgraded version of the AN/FPS-20
AN/FPS-77	C-band medium-range storm detection radar[694]		Lear Siegler
AN/FPS-82	Early-warning radar, upgraded version of the AN/FPS-20	Semi-Automatic Ground Environment (SAGE) radar stations
AN/FPS-85	Phased array spacetrack radar	Eglin AFB Site C-6	Bendix Corp
AN/FPS-87	Early-warning radar, upgraded version of the AN/FPS-20, forerunner of AN/FPS-93	Semi-Automatic Ground Environment (SAGE) radar stations
AN/FPS-90	S-band long range height finder radar
AN/FPS-91	Early-warning radar, upgraded AN/FPS-20	Semi-Automatic Ground Environment (SAGE) radar stations	General Electric
AN/FPS-92	Radar set, upgraded version of the AN/FPS-49	Ballistic Missile Early Warning System, Clear Space Force Station	RCA Corp
AN/FPS-93	Upgraded from Canadian version of AN/FPS-87	Semi-Automatic Ground Environment (SAGE) radar stations
AN/FPS-95	Cobra Mist ground-based over-the-horizon radar
AN/FPS-100	L-band early warning and Ground-Controlled Interception (GCI) radar, modified AN/FPS-20 adding a digital Moving target indicator (MTI)	Semi-Automatic Ground Environment (SAGE) radar stations	Bendix Corp
AN/FPS-107	L-band long range search radar		Westinghouse Electronic Systems
AN/FPS-108	Cobra Dane[695] is a passive electronically scanned array radar	Shemya island (now Eareckson Air Station)	Raytheon
AN/FPS-113	Early warning and Ground-Controlled Interception (GCI) radar		General Dynamics
AN/FPS-115	PAVE PAWS Phased Array Warning System early warning radar	United States Space Surveillance Network	Raytheon
AN/FPS-116	Long-range S-band height finding radar, upgraded version of the AN/FPS-6		General Electric
AN/FPS-117	L-band Active Electronically Scanned Array (AESA) air surveillance and theater ballistic missile (TBM) detection 3D radar, forerunner of AN/TPS-59 and AN/TPS-77		GE Aerospace
AN/FPS-118	Over-The-Horizon-Backscatter (OTH-B) radar		General Electric, Raytheon, Sylvania Electric[696]
AN/FPS-120	PAVE PAWS Solid State Phased Array Radar System (SSPARS), replaced AN/FPS-50		Raytheon
AN/FPS-123	PAVE PAWS Solid State Phased Array Radar System (SSPARS)		Raytheon
AN/FPS-124	Short range doppler unattended radar (UAR)	North Warning System
AN/FPS-126	PAVE PAWS Solid State Phased Array Radar System (SSPARS)		Raytheon
AN/FPS-129	HAVE STARE dual band (S-band/X-band) ground space tracking radar, also called Globus II		Raytheon
AN/FPS-130	65 kW long-range solid-state 3D L-band Air Route Surveillance Radar (also known as ARSR-4) operating from 1.215-1.4 GHz cm with a 250-nautical mile (460-kilometre; 290-mile) range[697]	Joint Surveillance System	Northrop Grumman[698]
AN/FPS-132	Upgraded Early Warning Radar (UEWR) Solid State Phased Array Radar System (SSPARS)		Raytheon
AN/FPS-133	Continuous Wave (CW) VHF multistatic radar operating around 216.98 MHz	United States Space Surveillance Network

AN/FPW – Fixed Radar Automatic/Remote Flight Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FPW-2	RIM-8 Talos Guidance Pedestal for the Downrange Anti-missile Measurement Program (DAMP Project), slaved to AN/FPQ-4	USAS American Mariner

FRx – Fixed Radio Systems

AN/FRD – Fixed Radio Direction Finding/Reconnaissance/Surveillance Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FRD-10	Wullenweber circularly disposed antenna array (CDAA) high frequency direction finder (HF/DF)		Sylvania Electric, RCA Corp, Kenton Electric[687]

AN/FRM – Fixed Radio Maintenance/Test Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FRM-23	Communications Systems Analyzer[110]

FSx – Fixed Special/Combination Systems

AN/FSA – Fixed Special/Combination Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FSA-12	Detector-Tracker Group, Data Processing and Display Subsystem	AN/GPA-73 Radar Course Directing Group
AN/FSA-21	Weapons Control Group computer	AN/GPA-73 Radar Course Directing Group
AN/FSA-23	Jammer Tracker Group	AN/GPA-73 Radar Course Directing Group
AN/FSA-31	Radar Signal Processor	AN/GPA-73 Radar Course Directing Group

AN/FSG – Fixed Special/Combination Fire Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FSG-1	Anti-aircraft defense system, Project Nike, surface-to-air missile Command, control and coordination system (CCCS)	Missile Master installations	The Martin Company

AN/FSQ – Fixed Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FSQ-7	Computerized air defense command and control system, Combat Direction Central	Semi-Automatic Ground Environment (SAGE)	IBM
AN/FSQ-8	Air defense command and control system; Combat Control Central[699]		IBM
AN/FSQ-27	RW-400 real-time Data Processing Central computer		TRW[700]
AN/FSQ-28	Missile Impact Predictor Set duplex, general purpose computer	Ballistic Missile Early Warning System, Pituffik Space Base, formerly known as Thule Air Base	Sylvania Electric
AN/FSQ-31	Command, control, and coordination system (CCCS)	Strategic Automated Command and Control System (SACCS)	IBM
AN/FSQ-32	Semi-Automatic Ground Environment (SAGE) solid state Computer
AN/FSQ-53	Radar Monitoring Set, with console and Signal Data Converter Group	Ballistic Missile Early Warning System	Sylvania Electric
AN/FSQ-88	Lefox Purple Cold War-era fixed site communications intercept (COMINT) computer improving VHF/UHF voice intercept rocessing throughput time for collection, transcription and reporting capabilities, application of the Lefox Grey program.[701]	Army Security Agency, INSCOM

AN/FSS – Fixed Special Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
	SLBM detection radar with a range of about 750-nautical mile (1,390-kilometre; 860-mile),[702] modified AN/FPS-26, provides data to AN/GSQ-89	474N Submarine Launched Ballistic Missile Detection and Warning System (SLBMD&W System)	Avco[693]

AN/FST – Fixed Special/Combination Transmitter Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FST-2	Coordinate Data Transmitting Set (CDTS) computer system	416L Semi-Automatic Ground Environment (SAGE) radar stations	Burroughs Corp

FYx - Fixed Data Processing/Computer Systems

AN/FYA – Fixed Data Processing/Computer Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FYA-2	Integrated data transfer console command, control, and coordination system	IBM 473L Command and Control System

AN/FYQ – Fixed Data Processing/Computer Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/FYQ-9	Data processing and display for air defense command, control, and coordination system[702]	Alaskan Air Command
AN/FYQ-11	Data Processor set	IBM 473L Command and Control System, Did not enter service	Librascope
AN/FYQ-40	Radar video data processor[702]
AN/FYQ-93	Computer air defense command, control, and coordination system	Joint Surveillance System	Hughes Aircraft
AN/FYQ-155	Advanced Interface Control Unit (AICU)[703]	US Air Force Battle Control System-Fixed (BCS-F)

G

GKx – Ground Telemetering Systems

AN/GKA – Ground Telemetering Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GKA-1	Flight Control Group	AN/GPA-37 Course Directing Group	General Electric
AN/GKA-10	Converter Group	AN/GPA-73 Radar Course Directing Group	RCA Corp
AN/GKA-11	Converter Group	AN/GPA-73 Radar Course Directing Group	RCA Corp
AN/GKA-12	Receiver Group	AN/GPA-73 Radar Course Directing Group	General Electric
AN/GKA-13	Monitor Transmitter Group	AN/GPA-73 Radar Course Directing Group	RCA Corp

GPx – Ground Radar Systems

AN/GPA – Ground Radar Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GPA-23	Computing-Tracking Group	AN/GPA-37 Course Directing Group	General Electric
AN/GPA-27	L-band early-warning radar, upgraded AN/FPS-3
AN/GPA-34	Converter Group for processing radar data	AN/GPA-37 Course Directing Group	General Electric
AN/GPA-35	Ground Environment, surface-to-air missile (SAM) weapons direction system	CIM-10 Bomarc	Westinghouse Electronic Systems
AN/GPA-37	Course Directing Group air defense command, control, and coordination system (CCCS)	Air Defense Command	General Electric
AN/GPA-67	Time Division Data Link	AN/GPA-37 Course Directing Group	General Electric
AN/GPA-73	Course Directing Group air defense command, control, and coordination system (CCCS)		General Electric

AN/GPG – Ground Radar Fire Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GPG-1	Anti-aircraft tracker radar for 75-mm gun mount[704][705]		Sperry Corp

AN/GPN – Ground Radar Navigational Aid Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GPN-2	200 kW S-band short range airport surveillance radar operating between 2.869-2.9 GHz cm 2 with a range of 35 mi (30 nmi; 56 km)[706] up to 5,000 ft (1,500 m)	Military air traffic control	Bendix Corp[672]
AN/GPN-6	500 kW S-band airport terminal area radar operating between 2.7-2.9 GHz cm 2 with a range of 69 mi (60 nmi; 111 km)[707]	Military air traffic control	Laboratory for Electronics[672]
AN/GPN-12	425 kW S-band airport surveillance radar (also called ASR-7) operating from 2.7-2.9 GHz cm with a range of 69 mi (60 nmi; 111 km)[708]	Military air traffic control	Texas Instruments
AN/GPN-20	1.4 MW S-band solid-state all-weather dual-channel airport surveillance radar operating from 2.7-2.9 GHz cm (also called ASR-8) with a range of 69 mi (60 nmi; 111 km)[709]	Military air traffic control	Raytheon
AN/GPN-27	1.3 MW airport surveillance radar (also called ASR-9)[710] operates between 2.7-2.9 GHz cm with a range of 58 mi (50 nmi; 93 km)	Military air traffic control	Northrop Grumman[711]
AN/GPN-30	25 kW S-band Digital Airport Surveillance Radar (DASR) (also called ASR-11 in civilian use) operating between 2.7-2.9 GHz cm out to a ranges of 69 mi (60 nmi; 111 km) on the primary antenna and 140 mi (120 nmi; 230 km) secondary, replaced AN/GPN-12, AN/GPN-20 and AN/GPN-27[712]	Military air traffic control	Raytheon[713]

GRx – Ground Radio Systems

AN/GRA – Ground Radio Auxiliary Assembly Equipment

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GRA-6	HF Control Radio Set, replaced by AN/GRA-39	US Marine Corps[714]
AN/GRA-39	UHF/VHF radio control group, replaced AN/GRA-6	US Marine Corps[715]
AN/GRA-50	100 watt maximum half-wave dipole 75 ft 3 in (22.94 m) antenna group weighing 11.75 lb (5.33 kg) for both transmission and reception of RF signals between 1.5-20 MHz, used with AN/GRC-19[716]
	5 watt VHF radio data link,[717] an artillery sound ranging system operating between 80-151 MHz,[705][718] often with AN/TNS-10[719]		Ferranti

AN/GRC – Ground Radio Communications Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GRC-9	15 watt HF long range vacuum-tube radio operating between 2-12 MHz 2 in CW, MCW and AM modes, replaced Signal Corps Radio SCR-694,[720] replaced by AN/PRC-62[721]
	Vehicle mounted 60 words per minute (45.5 Baud) half duplex radioteletype (or Radio Automatic Teletypewriter - RATT) set weighing 1,200 lb (540 kg) transmitting between 1.5-20 MHz 2 at 100 watts and receiving between 0.5-32 MHz 2, replaced by AN/GRC-142[722]	US Army
AN/GRC-103	Lightweight long range solid-state FM UHF tactical line-of-sight radio relay operating between 220-1850 MHz 2 over 5 frequency bands with a range of up to 120 mi (190 km)[723]		Canadian Marconi Company, Magnavox
	200 watt 120 lb (54 kg) two-way HF AM continuous wave (CW) upper side band radio with frequency-shift keying (FSK) operating from 2-30 MHz 2 having a 3.2 kHz bandwidth,[724] used with AN/UGC-74 teletype, replaced AN/GRC-19[725]		General Dynamics, Tadiran[726]
AN/GRC-109	HF radio transmitter/receiver/power-supply[727]	Special Forces, Central Intelligence Agency	Admiral Corp
AN/GRC-112	UHF radio	US Marine Corps[728]
	Vehicle mounted half duplex radioteletype (or Radio Automatic Teletypewriter - RATT) operating between 2-29.99 MHz 2, replaced AN/GRC-46,[729] used with AN/UGC-74 teletype	US Army
AN/GRC-160	Vehicular mounted VHF radio	US Marine Corps[730]
AN/GRC-171	UHF radio set operating between 225-399.975 MHz 2	Marine Air Command and Control System (MACCS) agency[731]	Rockwell Collins
AN/GRC-193	Half duplex HF tactical communications radio set operating between 2-29.99 MHz 2	US Marine Corps[732]	Harris Corp
AN/GRC-201	Multi-channel digital radio, modified version of AN/TRC-97	US Marine Corps[733]
AN/GRC-213	Lightweight HF 20-watt radio set operating between 2-29.99 MHz 2	US Marine Corps[734]
AN/GRC-231	Tactical 125-watt radio set operating between 1.6-30 MHz 2	US Marine Corps[735]	Harris Corp
AN/GRC-239	Lightweight full duplex FM microwave line-of-sight Tropo/Satellite Support Radio (TSSR) system	US Marine Corps[736]	Microwave Radio Communications

AN/GRD – Ground Radio Direction Finding/Reconnaissance/Surveillance Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GRD-6	Direction finder		Sylvania Electric

AN/GRQ – Ground Radio Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GRQ-16	Radio repeater	US Marine Corps[737]
AN/GRQ-21	Radio repeater	US Marine Corps[737]
AN/GRQ-26	Remote sensor, audio relay VHF repeater operating in 2 bands, 162-165 MHz 2 and 171-174 MHz 2	US Marine Corps[738]
AN/GRQ-32	Sensor communications relay radio repeater set	US Marine Corps[739]	Nova Manufacturing

GSx – Ground Special/Combination Systems

AN/GSA – Ground Special/Combination Auxiliary Assembly Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GSA-51	Radar Course Directing Group air defense command, control, and coordination system (CCCS)	Semi-Automatic Ground Environment (SAGE)	Burroughs Corp

AN/GSC – Ground Special/Combination Communications Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GSC-54	Fiber optic converter set, used with the Fiber Optic Cable System (FOCS), provides an optical communication link for up to 3.7 mi (6 km) in length	US Marine Corps[740]
AN/GSC-68	Mounted-Data Communications Terminal (M-DACT)	Marine Air Ground Task Force Command, Control, Communications, Computers, and Intelligence (MAGTF C4I)[741]	Tadiran, Raytheon

AN/GSG – Ground Special/Combination Fire Control Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GSG-5	Battery Integration and Radar DIsplay Equipment (BIRDIE)	Project Nike Command, control and coordination system (CCCS)	The Martin Company
AN/GSG-6	Battery Integration and Radar DIsplay Equipment (BIRDIE)	Project Nike Command, control and coordination system (CCCS)	The Martin Company
AN/GSG-10	TACFIRE Gun data computer automates selected field artillery command and control functions,[742] used with AN/PSG-2

AN/GSQ – Ground Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GSQ-16	Automatic Language Translator system	US Air Force	IBM
AN/GSQ-33	Transistorized ground guidance computer MOD1	SM-65 Atlas Intercontinental Ballistic Missile (ICBM) defense system	Burroughs Corp
	Submarine Launched Ballistic Missile Detection and Warning System (SLBMD&W System) synthesized flight tracks from radar returns taking input data from AN/FSS-7 radars[693][702]
AN/GSQ-160	Electromagnetic Intrusion Detector (EMID) can detect moving personnel through walls operating at 57.6-60 MHz 2[743][744]
AN/GSQ-187	Passive acoustic Improved Remote Battlefield Sensor System (I-REMBASS) uses monitored magnetometer, seismometer infrared, and acoustic sensors placed on likely enemy avenues of approach to detect vehicles (15-250 m yd),[196] tracked vehicles (25-350 m yd) and personnel (3-50 m yd[745]	US Army[746]
	Region Operations Control Center/Airborne Warning And Control Systems (ROCC/AWACS) Digital Information Link (RADIL), co-located with AN/FYQ-93,[747][703] uses AN/USQ-76	Joint Surveillance System
AN/GSQ-257	VHF Unattended Ground Sensor Set (UGSS) suite of sensors detecting vehicle and personnel movement, referred to as Tactical Remote Sensor System (TRSS) Phase V, operating from 138-153 MHz 2.	US Marine Corps[748]
AN/GSQ-259	Miniature Intrusion Detection System (MIDS) attended ground sensor system operating from 143.6-143.75 MHz 2	US Marine Corps[749]
AN/GSQ-261	Tactical Remote Sensor System (TRSS) unattended suite of sensors to detect vehicle and personnel movement	US Marine Corps[746]
AN/GSQ-272	Sentinel Collection, Processing, exploitation, Analysis and Dissemination (CPAD) Distributed Common Ground System (DCGS)[750]

AN/GSS – Ground Special/Combination Detection/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GSS-1	Medium-range transportable Electronic Search Central system comprising AN/TPS-1D search radar and AN/TPX-19 Identification Friend or Foe (IFF) interrogator[672]	Project Nike	Bell Labs, MIT Radiation Laboratory
AN/GSS-7	Mobile 500 kW tactical radar operating between 1.25-1.35 GHz cm 2		Raytheon[672]

GVx – Ground Visual/Visible Light Systems

AN/GVS – Ground Visual/Visible Light Detecting/Range and Bearing Search Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GVS-3	Ruby laser ranging system with photomultiplier detector and red outer precious stone light exciter[751]
AN/GVS-5	5 lb (2.3 kg) hand-held laser rangefinder with 7× power telescope and 7° field of view, it has a 33 ft (10 m) accuracy at a distance of 6.2 mi (10 km)	US Army	RCA Corp[752]

GYx – Ground Digital Processing/Computer Systems

AN/GYC – Ground Data Processing/Computer Communication Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GYC-7	Two-man transportable Unit Level Message Switch (ULMS)	US Marine Corps[753]

AN/GYK – Ground Data Processing/Computer Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GYK-3	D825 modular data processing computer	AN/GSA-51 Radar Course Directing Group
AN/GYK-12	Ruggedized computer for use in the TACFIRE tactical fire direction system		Litton Industries
AN/GYK-29	Battery Computer System (BCS) for artillery fire missions
AN/GYK-47	General field artillery computer set, replaced by AN/GYK-60	US Marine Corps[754]
AN/GYK-60	Advanced Field Artillery Tactical Data System (AFATDS) automated Command and Control (C2) system for fire support operations	US Marine Corps[755]	General Dynamics

AN/GYQ – Ground Data Processing/Computer Special/Combination Systems

Designation	Purpose/Description	Location/Used By	Manufacturer
AN/GYQ-92	Global Command and Control System (GCCS) automates data processing of Command, Control, Communications, Computers and Intelligence (C4I) tasks	US Marine Corps[756]

See also

• - The AN/ system defined
• Category:Military electronics of the United States
• Wikipedia:Stand-alone lists

Lists

• List of equipment of the United States Armed Forces
• List of equipment of the United States Air Force
• List of equipment of the United States Army
• List of equipment of the United States Coast Guard
• List of equipment of the United States Marine Corps
• List of equipment of the United States Navy
• List of United States radar types
• List of U.S. Signal Corps Vehicles (V-list)
• List of World War II electronic warfare equipment

Notes

1. ^ As reported by Asia Military Review in January 2025,^[757] the frequency range of the latest ALQ-231 Block-X version may reach up to 40 GHz
2. ^ The B-52J Radar Modernization Program (RMP) upgrade is still in development, expected in service by 2033,^[758][759] so the APQ-188 is planned for the B-52J
3. ^ The AN/APS-130 was originally manufactured by Norden Systems beginning in 1976 which was sold to Westinghouse Electric Corp then finally to Northrop Grumman
4. ^ Only ten units of the AN/AQS-20 were purchased before the system was canceled by the US Navy in 2016
5. ^ In a single reliable reference source used for this entry,^[760] instead of listing the Archerfish AMNS system as AN/ASQ-235, it shows numerous times within the document as AN/AQS-235. But on page 36, section 3, the title refers to the AN/AQS-235 and the next sentence calls it AN/ASQ-235. Considering how many other references (including the Navy factsheet) call it AN/ASQ-235, that is what was used in this Wikipedia list.
6. ^ AN/BQH-7A was a surface ship version of the same bathythermograph
7. ^ Before AN/CRC designated Cryptographic Radios, the first "C" meant "Air Transportable" (ie. Cargo)

References

1. ^ Parsch, Andreas. "AN/AAA to AN/ADR - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
2. ^ Gaitanakis et al. 2019, p. 38.
3. ^ "AN/AAA-4 Infrared System". SmartEncyclopedia.org. Feb 8, 2024. Archived from the original on 19 September 2024. Retrieved Aug 27, 2024.
4. ^ Cole, Capt James L (Nov 30, 1971). Project CHECO Southeast Asia Report: Fixed Wing Gunships in SEA. Hickam AFB, Hawaii: Headquarters, Pacific Air Forces. p. 39. Retrieved Aug 29, 2025.
5. ^ "MCARA Aircraft > McDonnell RF-4B Phantom II". Marine Corps Aviation Reconnaissance Association. 2008. Retrieved May 23, 2025.
6. ^ Teague & Schmieder 2021, pp. 5–8, B-2.
7. ^ Pike, John (Oct 12, 2000). "RF-4". FAS Intelligence Resource Program. Archived 19 August 2024 at the Wayback Machine. Retrieved May 23, 2025.
8. ^ Caton 1980, pp. 3–65.
9. ^ "Subcourse IT0654 - US Army Intelligence Center and School Infrared Imagery". MilitaryNewbie.com. A ed. May 1990. Retrieved Jun 15, 2025. (50 pages)
10. ^ "LOCKHEED AC-130A "PAVE PRONTO"". National Museum of the US Air Force. Archived from the original on 5 July 2009. Retrieved Aug 29, 2025.
11. ^ "AAQ-17 - Archived 10/98". Forecast International.com. Oct 1997. Retrieved Aug 28, 2025.
12. ^ NAVSHIPS 1965, pp. 254, 255.
13. ^ NAVSHIPS 1965, pp. 256, 257.
14. ^ NAVSHIPS 1965, pp. 258, 259.
15. ^ TB 43-0123 Aviation Electronics Configuration Directory Manual (Technical Bulletin). TPub Integrated Publishing. p. B-2. Retrieved Jul 16, 2025.
16. ^ Schweizer, Felix (Mar 4, 1982). Calibration Support of the AN/AAM-60 Common Forward-Looking Infrared (FLIR) Test Bench. 25th Annual Technical Symposium. Vol. 0308. Kaplan, Herbert & Zweibaum, Frederic M. (eds.). San Diego, California: SPIE. doi:10.1117/12.932787
17. ^ Rolfe, Robert M & Brown, Herbert R (Jan 1994). "Supporting Data". Investment Strategy for DoD Automatic Test Systems. Vol. 2. pp. B-25, B-33. (369 pages)
18. ^ "Part Number 636509 - Infrared Equipment Test Station". AeroBase Group. Retrieved Aug 7, 2025.
19. ^ "Joint Electronics Type Designation NSN Parts: AN/GSM-230 - AN/AAM-102". PartTarget. Retrieved Aug 8, 2025.
20. ^ "AAQ-4/AAQ-8(V) - Archived 01/98". Forecast International.com. Jan 1997. Retrieved Aug 28, 2025.
21. ^ JPRS Report 1987, p. 26.
22. ^ "AN/AAQ-4". Military Periscope.com. Retrieved May 24, 2025.
23. ^ Pollock 1996, p. 16.
24. ^ Automatic Target Cueing Study for Helicopter Fire Control. Phase II (Statement of Work). Baltimore, Maryland: Westinghouse Electric Corp. May 15, 1972. p. 15. (23 pages)
25. ^ Johnson, John R; Joyce, Richard P; Nagle, Paul C; Stathacopoulos, Aristotelis S; Wing, Roswell B (May 1974). Analysis of Tactical Intelligence Experience in Southeast Asia. pp. 267, 269, 284. Retrieved Jun 26, 2025. (337 pages)
26. ^ Goebel, Greg (May 1, 2024). "US Helicopter Gunships". Air Vectors.net. Retrieved Jun 23, 2025.
27. ^ Goebel, Greg (Jun 1, 2024). "Boeing B-52 Stratofortress - [3.1] B-52 IN THE 1970S & 1980S". Air Vectors.net. Retrieved Sep 1, 2025.
28. ^ Trevithick, Joseph (Oct 20, 2022). "Our First Look At What Fully Upgraded B-52 Bombers Will Look Like". The War Zone.com. Retrieved Jun 23, 2025.
29. ^ "Optelecom Inc". Aviation Week. Jun 19, 1997. Retrieved Jun 23, 2025.
30. ^ Baily, S; Martinec, D A; Savisaar, A; Sullivan, N (Mar 1978). Air Force Avionics Standardization: An Assessment of System/Subsystem Standardization Opportunities. Annapolis, Maryland: ARINC Research Corp. Retrieved Jul 13, 2025. (69 pages)
31. ^ Leone, Dario (Apr 12, 2019). "Remembering Operation Ghost Rider, the mock air strike conducted by USAFE F-111s to simulate Operation El Dorado Canyon". The Aviation Geek Club. Retrieved Jun 24, 2025.
32. ^ Albery, William; Robb, Raymond L; Anderson, Lee (Jan 7, 2011). MH-53J/M Pave Low III/IV Systems Engineering Case Study. Wright-Patterson AFB, Ohio: Air Force Institute of Technology. Retrieved Nov 24, 2025.
33. ^ Lieberman, Robert J (Jun 8, 1994). Report No. 94-124: Human Systems Integration Requirements for Air Force Acquisition Programs. Washington, D.C.: Department of Defense. Retrieved Nov 24, 2025.
34. ^ See Sikorsky MH-53 article
35. ^ Alder, Konrad (Dec 1, 1989). "Night combat airborne platforms ... and night vision systems that equip them". TheFreeLibrary by Farlex. Media Transasia Group. Retrieved Jul 21, 2024.
36. ^ "AH-64A Apache [Peten] - 1990". CMANO-DB.com. Retrieved Jun 24, 2025.
37. ^ Aviation Intermediate Maintenance Manual - Pilot Night Vision Sensor (PNVS) Assembly AN/AAQ-11 - (AH-64A Attack Helicopter) (Technical Manual). Technical manual; TM 11-5855-265-30. Washington, D.C.: Headquarters, Department of the Army. Feb 1, 1986. Retrieved Jun 24, 2025. (300 pages)
38. ^ "AAQ-13/AAQ-14 LANTIRN". Forecast International.com. Jul 2021. Retrieved Aug 28, 2025.
39. ^ Gaitanakis et al. 2019, p. 37.
40. ^ "Sikorsky S-70A". Jane's All the World's Aircraft 1996-1997. Sep 9, 1996. p. 726. Archived from the original on 4 March 2016. Retrieved Nov 28, 2025.
41. ^ "Kaman SH-2 Seasprite - Archived 9/2007". Forecast International.com. Nov 2006. Retrieved Nov 26, 2025.
42. ^ "AAQ-16 - Archived 01/2002". Forecast International.com. Jan 2001. Retrieved Aug 28, 2025.
43. ^ "Lockheed Martin AN/AAQ-19 Sharpshooter". Scramble.nl. Jun 29, 2011. Archived 22 July 2012 at the Wayback Machine. Retrieved Aug 12, 2024.
44. ^ "Lockheed Martin AN/AAQ-20 Pathfinder". Scramble.nl. Jun 29, 2011. Archived September 23, 2012 at the Wayback Machine. Retrieved Aug 12, 2024.
45. ^ "AN/AAQ-22 FLIR System for HH-60G Helicopter Rates High Score". Inside Defense. Feb 24, 1995. Retrieved Jun 24, 2025.
46. ^ "StarSAFIRE III / HD (AN/AAQ-21/22)". Defense Update. Nov 15, 2005. Retrieved Jul 21, 2024.
47. ^ "AN/AAQ-22 Star Safire II". Military Periscope.com. Retrieved Jun 24, 2025.
48. ^ Taylor, Charles & Ebner, Paul (Sep 15, 2010). "Canada - AN/AAQ-24(V) Directional Infrared Countermeasure Systems". Defense Security Cooperation Agency. Archived 24 March 2025 at the Wayback Machine. Retrieved Aug 9, 2024.
49. ^ Keller, John (Jun 4, 2020). "Northrop Grumman to provide threat warning sensors for large aircraft infrared countermeasures system". Retrieved Aug 9, 2024.
50. ^ Leone, Dario (Sep 8, 2012). "There was a time when the F-14 Tomcat was better at bombing Iraqi ground targets than the F-15E Strike Eagle". The Aviationist. Retrieved Jun 24, 2025.
51. ^ "AN/AAQ-25 LANTIRN Pod [FLIR + LRMTS, 40k ft] (1998, F-14)". CMANO-DB.com. Retrieved Jun 24, 2025.
52. ^ Eichler, Marc. "Lockheed AC-130 Spectre/Spooky". Milavia. Retrieved Jun 24, 2025.
53. ^ "AN/AAQ-26". Military Periscope.com. Retrieved Jun 24, 2025.
54. ^ Pike, John (Apr 10, 2024). "AC-130H Spectre - AC-130U Spooky". FAS Military Analysis Network. Retrieved Jun 24, 2025.
55. ^ "AAQ-27". Forecast International.com. Jan 2024. Retrieved Aug 28, 2025.
56. ^ "AN/AAQ-32". Deagel.com. Retrieved Jun 24, 2025.
57. ^ Rogoway, Tyler (Dec 1, 2019). "Here's What The Ball On The Nose Of UAE's Block 60 F-16E/F Desert Falcon Does". The War Zone.com. Retrieved Jun 24, 2025.
58. ^ Gaitanakis et al. 2019, p. 39.
59. ^ Vasundhara (Jul 17, 2011). "US Air Force Receives Final Lockheed Targeting System". Airforce Technology. Retrieved Jun 24, 2025.
60. ^ Zorro, Mario H (Jul 11, 2016). "Saab 32 Lansen". Plane-Encyclopedia.com. Retrieved Jun 24, 2025.
61. ^ RCA (Feb 1953). Contract No. NOa(s)-10259 AN/AAR-4 and AN/AAR-5 Infrared Equipment - Report No. 01-47. Camden, New Jersey: Radio Corp Of America. doi:10.21236/AD0044147 (13 pages)
62. ^ Bittencourt 1976, p. 100.
63. ^ "F-111G Aardvark - 1994". CMANO-DB.com. Retrieved Jun 24, 2025.
64. ^ Kopp, Carlo (Jan 27, 2014). "Optical Warfare - The New Frontier". Air Power Australia. 1989. Retrieved Jun 24, 2025.
65. ^ "Too late to close the barn door?". TheFreeLibrary by Farlex. Armada International. Jun 1, 1989. Retrieved Jun 24, 2025.
66. ^ Levine, Daniel B; Hopper, George S; Retterer, Bernard L; Savage, Howard S (Feb 1, 1997). Analysis of the EOSS+ Module for the Consolidated Automated Support System (CASS) (21 pages)
67. ^ "EP-3E Aries II - 1993, 12x". CMANO-DB.com. Retrieved Jun 24, 2025.
68. ^ "Lockheed Model 185 / 285 Orion". Janes.Migavia.com. Retrieved Jun 24, 2025.
69. ^ Goebel, Greg (Sep 1, 2023). "Mudfighters: A-1 & A-10". Air Vectors.net. Retrieved Jun 24, 2025.
70. ^ Brown, Dansen; Pearson, Jerome; Banaszak, David (Mar 1, 1980). AFWAL-TM-79-10 Test Report on Infrared Warning Receiver (IRWR) Flight Vibration Measurements. Wright-Patterson AFB, Ohio: Air Force Research Laboratory. pp. 2, 4, 5, 7–11, 13, 20. Retrieved Jun 26, 2025. (129 pages)
71. ^ Petterson 1993, p. 33.
72. ^ "A-7 Corsair II Retirement - Fly Low, Hit Hard, Job Done". Target Aviation Photography. October 2014. Retrieved Jun 24, 2025.
73. ^ Martin, Guy. "Ultimate Bomb-Truck: Vought's A-7 Corsair II". Aircraft Information.info. Retrieved Jun 24, 2025.
74. ^ Descriptive Summaries of the Research Development Test & Evaluation Army Appropriation FY 1982. Supporting Data FY 1982, Budget Estimate Submitted to Congress January 1981 - Volume II. Washington, D.C.: Department of the Army. 1981. p. 11-106. (529 pages)
75. ^ See MH-60R Seahawk article
76. ^ "AAR-50 (NAVFLIR) - Archived 5/2004". Forecast International.com. May 2003. Retrieved Aug 29, 2025.
77. ^ "AN/AAR-54". Military Periscope.com. Retrieved Jun 24, 2025.
78. ^ Martin, Jack (Jun 16, 2001). "Northrop Grumman to Install AN/AAR-54(V) Warning Systems on Royal Netherlands Helicopters" (Press Release). Northrop Grumman. Retrieved Jun 24, 2025.
79. ^ Newdick, Thomas & Rogoway, Tyler (Jan 13, 2022). "The F-22 Raptor Could Finally Get The Infrared Sensor It Was Originally Promised". The War Zone.com. Retrieved Jun 24, 2025.
80. ^ "AN/ALQ-212 ATIRCM". Deagel.com. Retrieved Sep 5, 2025.
81. ^ Toon, John (Oct 23, 2014). "Army collaboration produces new test station for missile warning system". PHYS.org. Retrieved Jul 7, 2024.
82. ^ "AAR-57(V) (CMWS) Archived 11/2006". Forecast International.com. Nov 2005. Retrieved Aug 29, 2025.
83. ^ Thompson, Warren E (Mar 8, 2018). "Project Redbird". Key.Aero. Retrieved Jun 24, 2025.
84. ^ Clarke, Brooke. "AN/UAS-4 Infrared Surveillance System". PRC68.com. Retrieved Jun 15, 2025.
85. ^ Gordon, Doug (Jul 16, 2022). "US Army Mohawks Peeking Behind the Iron Curtain". Key.Aero. Retrieved Jun 15, 2025.
86. ^ Nellis, M.Duane (Jul 1982). "Application of thermal infrared imagery to canal leakage detection". Remote Sensing of Environment. 12 (3): 229–234. Bibcode:1982RSEnv..12..229N. doi:10.1016/0034-4257(82)90055-4
87. ^ Weaver, Prof Michael E (Feb 2018). "An Examination of the F-8 Crusader through Archival Sources". Journal of Aeronautical History. Royal Aeronautical Society. Retrieved Jun 15, 2025. (23 pages)
88. ^ "Proposal to Design and Develop D-5 Infrared System". CIA.gov. Texas Instruments. Jul 29, 1965. p. 15. Retrieved June 15, 2025. (52 pages)
89. ^ Goebel, Greg (Oct 1, 2025). "North American A-5/RA-5 Vigilante". Air Vectors.net. Retrieved Nov 28, 2025.
90. ^ Dorr, Robert F (Sep 23, 2013). "The OV-1 Mohawk Remembered Firsthand: The Mohawk's Marathon Saga". DefenseMediaNetwork.com. Retrieved Oct 20, 2025.
91. ^ Wilhelm, Knut; Woodcock, Robert W; Legett, David B (May 1993). Summary of a joint program of research into aircraft flight control concepts (Period 1983-1992). Wright-Patterson AFB, Ohio: Wright Laboratory. Retrieved Nov 24, 2025.
92. ^ See Martin B-57 Canberra § Further development
93. ^ Geokezas, Meletios (Jun 17, 1976). AFAL-TR-76-152 Augmented Target Screener/FLIR System. Wright-Patterson Air Force Base, Dayton, Ohio: Air Force Systems Command. pp. 6, 7, 8, 36, 38, 39, 62. doi:10.21236/ADB013144 (78 pages)
94. ^ "Apparatus and method for remotely detecting the presence of chemical warfare nerve agents in an air-released thermal cloud". Free Patents Online. Feb 16, 1988. Retrieved Aug 7, 2025.
95. ^ TB-43-0123 Aviation Electronics Configuration Directory Manual (Technical Manual). TPub Integrated Publishing. p. II-G-1. Retrieved Jun 15, 2025.
96. ^ "AAS-33A -Archived 11/98". Forecast International.com. Nov 1997. Retrieved Aug 29, 2025.
97. ^ Goebel, Greg (Sep 1, 2024). "Grumman A-6 Intruder & EA-6B Prowler [4] A-6E / A-6F & A-6G". Air Vectors.net. Retrieved Nov 26, 2025.
98. ^ Kopp, Carlo (Sep 1981). "Laser Guidance". Air Power Australia. Retrieved Jun 15, 2025.
99. ^ Lake, Jon (Jun 14, 2023). "A-10 Thunderbolt II in depth: Upgrades and politics". Key.Aero. Retrieved Aug 29, 2025.
100. ^ "AAS-35(V) PAVE PENNY - Archived 12/99". Forecast International.com. Dec 1998. Retrieved Aug 29, 2025.
101. ^ Fischer, Robert E & Kampe, Thomas U (1992). "Actively controlled 5:1 afocal zoom attachment for common module FLIR". Design of Optical Instruments. Vol. 1690. Aikens, David M; Genberg, Victor L; Krumweide, Gary C; Thomas, Michael J (eds.). pp. 137–152. doi:10.1117/12.137989
102. ^ "Summary of Mil-Handbook-828". FAS Military Analysis Network. Retrieved Aug 30, 2025.
103. ^ "AAS-38/38A/B (NITE Hawk) – Archived 12/2002". Forecast International.com. Dec 2001. Retrieved Aug 30, 2025.
104. ^ Gaitanakis et al. 2019, p. 40.
105. ^ Trevithick, Joseph & Rogoway, Tyler (May 19, 2019). "F-15C Eagle's New Infrared Search And Track Pod Spotted At Huge Exercise In Alaska". The War Zone.com. Retrieved Jun 15, 2025.
106. ^ Rockwell, Dr David L (Nov 25, 2019). "Raytheon's Airborne FLIR Sensor Ball Systems". Teal Group
107. ^ Pike, John (Dec 27, 1999). "Advanced Targeting Forward Looking Infrared (ATFLIR)". FAS Military Analysis Network. Retrieved Sep 7, 2025.
108. ^ Kopp, Dr Carlo. "Thermal Imaging Sensors". Air Power Australia. Retrieved Jun 15, 2025. (4 pages)
109. ^ Knisley, Dean; Maier, Dennis; Zuclich, Joseph; Smith, Peter; Huantes, Dan (May 1, 2003). Optical Research & Field Services. Wright-Patterson AFB, Ohio: Air Force Research Laboratory. Retrieved Nov 24, 2025.
110. ^ Ringenbach, Col Paul T & Driskill, Dr Walter E (Nov 1983). Occupational Survey Report - Airborne Command Post Communications Equipment Career Ladder AFSCs 32835, 32855, 32875, A32835, A32855, and A32875. Randolph AFB, Texas: USAF Occupational Measurement Center. p. 37. Retrieved Jun 25, 2025. (70 pages)
111. ^ "First Airborne Multiplex System" (Advertisement). Air Force and Space Digest. Air Force Association. March 1962. p. 87. Retrieved Nov 21, 2025.
112. ^ Seidel, Irwin L (Mar 1, 1983). Defense Communications Agency Cost and Planning Factors Manual. Revised. Arlington, Virginia: Defense Communications Agency. Retrieved Aug 22, 2025. (452 pages)
113. ^ "Supplemental Type Certificates (STC) ST09665SC". FAA.gov. May 16, 2001. Retrieved Nov 22, 2025.
114. ^ Loosbrock, John F (ed.) (Aug 1979). "Frequency division multiplexers this sophisticated can come only from a sophisticated military communications systems house". Air Force Magazine. Vol. 62, no. 8. Washington, D.C.: Air Force Association. p. 129. Retrieved Aug 22, 2025. (132 pages)
115. ^ Cradduck, Wayne (ed.) (Aug 1972). "P-3 Orion Evolution (A/B/C)". Orion Service Digest. No. 25. California: Lockheed Corp. Retrieved Aug 22, 2025. (36 pages)
116. ^ Amos, Wilbert (Mar 1, 1975). Evaluation of Maintenance Options for AN/ACQ-5 Data Terminal Set. Annapolis, Maryland: ARINC Research Corp. Retrieved Aug 22, 2025. (34 pages)
117. ^ Francis, G P & Smith, W O (Sep 21, 1977). Submarine Tactical Data Link HF Radio Comparison Test. San Diego, California: Naval Ocean Systems Center. pp. 1, 25, 38, 49, 68, 72. Retrieved Jun 26, 2025. (81 pages)
118. ^ Arthur, W E (Dec 21, 1972). NA-72-1101 Preliminary Report: Nuclear Effects Analysis D1-S-1800 Aerial Radiac System AN/ADR-6(XE-4)(V). Los Angeles, California: North American Rockwell. p. 75. Retrieved Jun 26, 2025. (82 pages)
119. ^ FM 1-112 Tactics, Techniques, and Procedures for the Attack Helicopter Battalion (Field Manual). Washington, D.C.: Headquarters, Department of the Army. Feb 21, 1991. pp. D-16, D-17. Retrieved Aug 27, 2025.
120. ^ Goebel, Greg (Jan 1, 2024). "Grumman OV-1 Mohawk - [2] OV-1A DESCRIBED". Air Vectors.net. Retrieved Aug 2, 2025.
121. ^ "AES-1 Airborne Laser Mine Detection System (ALMDS)". Forecast International.com. Apr 2022. Retrieved Aug 30, 2025.
122. ^ McCabe, RADM M J (Jun 9, 2000). NAVAIR 01-230HLH-1 NATOPS Flight Manual Navy Model UH-3H and UH-3H Executive Transport Aircraft (Technical Manual). Naval Air Station Patuxent River: Naval Air Systems Command. p. 15-14. Retrieved Sep 22, 2025. (619 pages)
123. ^ Eastburg, Capt S R (Nov 15, 2006). NAVAIR 01-75GAL-1 NATOPS Flight Manual Navy Model C-130T Aircraft. Naval Air Station Patuxent River: Naval Air Systems Command. pp. 2–247, 2–248, 2–249. Retrieved Sep 22, 2025. (953 pages)
124. ^ "MIL-C-23716A Computer Set, Loft Bomb Release AN/AJB-3" (Technical Bulletin). TPub Integrated Publishing. Oct 1, 1966. Retrieved Sep 18, 2025.
125. ^ "Douglas A-4 Skyhawk Technical Data". The Skyhawk Association. Oct 6, 2016. Retrieved Sep 18, 2025.
126. ^ Parsch, Andreas. "AN/AES to AN/AKT - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
127. ^ "McDonnell F-4D Phantom II". Aircraft Information.info. Aug 7, 2022. Retrieved Nov 24, 2025.
128. ^ Wilson, Capt David E (Mar 1971). "ADI Problems". TAC Attack. Vol. 11, no. 3. Langley AFB, Virginia: Tactical Air Command. Retrieved Nov 24, 2025.
129. ^ Goebel, Greg (Dec 1, 2023). "General Dynamics F-111". Air Vectors. Retrieved Aug 1, 2024.
130. ^ Kopp, Carlo (Mar 1986). "The Rise and Rise of the Microprocessor (1968 to 1986)". Air Power Australia. Retrieved Sep 22, 2024.
131. ^ "FB-111 Switchnlade - Page 7". FB-111.net. Retrieved Aug 27, 2025.
132. ^ Feldt, Russ (2013). "Boeing B-52D "Stratofortress/BUFF" Diorama: Part 3 - Wings, tail, engines and assembly". Virtual Museum of the Vietnam War. Retrieved Sep 2, 2025.
133. ^ Parsch, Andreas. "AN/ALA to AN/ALM - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
134. ^ JPRS Report 1987, p. 28.
135. ^ Rotramel, Jim (Dec 15, 2003). "F-111 in Detail Part Five - Antennas". HyperScale. Retrieved Aug 1, 2024.
136. ^ Zorro, Mario H. (Jun 23, 2017). "Grumman F-14 Tomcat". Plane-Encyclopedia.com. Retrieved Aug 2, 2024.
137. ^ "Grumman EA-6A Intruder". Aircraft Information.info. Jan 16, 2005. Retrieved Sep 2, 2025.
138. ^ Douda, Dr Bernard E (Jan 26, 2009). NSWCCR/RDTR-08/63 Genesis of Infrared Decoy Flares: The early years from 1950 into the 1970s. Crane, Indiana: Naval Surface Warfare Center. Retrieved Nov 4, 2025. (186 pages)
139. ^ "AN/ALE-38 Chaff/Flare Pod". CMANO-DB.com. Retrieved Nov 4, 2025.
140. ^ Karon (May 31, 2019). "RIO seat: Quick look at the Countermeasures (AN/ALE-39 and LAU-138)". Fly and Wire. Retrieved Aug 1, 2024.
141. ^ "ALE-39(V) - Archived 02/2008". Forecast International.com. Feb 2007. Retrieved Oct 26, 2024.
142. ^ Peitzmeier, Hubert (Apr 1, 2019). "Chaff/Flare Dispenser F-104G". 916-Starfighter.de. Retrieved Aug 1, 2024.
143. ^ "ALE-40(V) -Archive 02/2001". Forecast International.com. Feb 2000. Retrieved Sep 2, 2025.
144. ^ MIL-D-81893A (AS) Military Specification Dispensing Set, Countermeasures Chaff AN/ALE-41. Naval Air Systems Command, US Department of the Navy. Dec 18, 1978. Retrieved Aug 1, 2024.
145. ^ Pike, John (Jan 9, 1999). "ALE-43 Chaff Cutter and Dispensing System". FAS Military Analysis Network. Retrieved Sep 2, 2025.
146. ^ "Northrop Grumman EA-6B "Prowler"". MAPS Air Museum.org. Dec 18, 2019. Retrieved Sep 2, 2025.
147. ^ Pike, John (Jan 9, 1999). "AN/ALE-44 Dispensing Pod". FAS Military Analysis Network. Retrieved Aug 8, 2024.
148. ^ "ALE-45(V) - Archived 2/2009". Forecast International.com. Feb 2008. Retrieved Sep 14, 2024.
149. ^ "Rockwell B-1 Lancer". Warrior Lodge.com. Retrieved Nov 28, 2025.
150. ^ "Raytheon repairs towed decoys for Super Hornets". Shepard News. 8 Dec 2021. Archived Dec 8, 2021 at the Wayback Machine. Retrieved 3 Jan 2022.
151. ^ Colman, Ron (2001). "AN/ALE-50 Towed Decoy System". Raytheon Electronic Systems. Archived from the original on 4 January 2022. Retrieved 3 Jan 2022.
152. ^ "IDECM (ALQ-214(V), ALE-55(V)) - Archived 02/2008". Forecast International.com. Feb 2007. Retrieved Sep 21, 2025.
153. ^ "From Our Own Backyard". April Third Movement. Retrieved Oct 6, 2025.
154. ^ "Mr George F Steeg". National Air and Space Museum. Retrieved Oct 25, 2025.
155. ^ See North American A-5 Vigilante article
156. ^ AdminScoot (Oct 15, 2016). "Skyhawk Avionics Package". The Skyhawk Association. Retrieved Oct 25, 2025.
157. ^ "North American A3J-3P/RA-5C Vigilante". Aircraft Information.info. Nov 20, 2001. Retrieved Oct 26, 2025.
158. ^ "General Electric AN/ALQ-71 Electronic Countermeasures Pod". Hill AFB. Archived from the original on Dec 8, 2006. Retrieved Oct 20, 2025.
159. ^ JPRS Report 1987, p. 24.
160. ^ "ALQ-78(V) - Archive 03/2001". Forecast International.com. Mar 2000. Retrieved Sep 2, 2025.
161. ^ Goebel, Greg (Sep 1, 2024). "Grumman A-6 Intruder & EA-6B Prowler [2] A-6A Described / A-6A in Combat". Air Vectors.net. Retrieved Nov 26, 2025.
162. ^ See Grumman A-6 Intruder article
163. ^ "AN/ALQ-87 ECM Pod". IPMS/USA Reviews. Mar 28, 2020. Retrieved Aug 1, 2024.
164. ^ Kopp, Carlo (Jan 11, 2014). "Operation Desert Storm: The Electronic Battle". Air Power Australia. 1993. Retrieved Nov 13, 2025.
165. ^ Nalty, Bernard C. "Tactics and Techniques of Electronic Warfare - Electronic Countermeasures in the Air War Against North Vietnam 1965-1973". All World Wars. Retrieved Aug 1, 2024.
166. ^ Poore, Captain Ralph E. (Sep 2004). "The Value of Electronic Warfare Endures". US Naval Institute. pp. Vol. 130/9/1,219. Retrieved Aug 1, 2024.
167. ^ "ALQ-99 Tactical Jamming System". Naval Air Systems Command. Sep 16, 2021. Retrieved Oct 20, 2025.
168. ^ Goebel, Greg (Sep 1, 2024). "Grumman A-6 Intruder & EA-6B Prowler [6] EA-6B Prowler". Air Vectors.net. Retrieved Nov 26, 2025.
169. ^ "Airborne Radar Jammers". The Journal of Electronic Defense. Alexandria, Virginia: Association of Old Crows. Jul 2018. Retrieved Sep 4, 2025.
170. ^ "Electronic Countermeasures Introduction". Fly-And-Wire. Oct 20, 2022. Retrieved Nov 10, 2024.
171. ^ JPRS Report 1987, pp. 26, 27.
172. ^ "ALQ-119(V) - Archived 4/97". Forecast International.com. Apr 1996. Retrieved Sep 3, 2025.
173. ^ "The Equipment Aboard an EF-3E electronic surveillance plane". Electrospaces.net. Retrieved Sep 3, 2024.
174. ^ Pike, John (Apr 22, 2000). "AN/ALQ-117 PAVE MINT active countermeasures set". FAS Military Analysis Network. Retrieved Sep 3, 2024.
175. ^ "Lockheed Martin to overhaul B-52 Receivers". Electronic Design. Oct 12, 2021. Retrieved Sep 3, 2024.
176. ^ JPRS Report 1987, pp. 25, 27.
177. ^ "ALQ-119". National Museum of the United States Air Force. Retrieved Sep 3, 2024.
178. ^ Pike, John (Jan 9, 1999). "ALQ-119 Jamming Pod". FAS Military Analysis Network. Retrieved Sep 3, 2024.
179. ^ JPRS Report 1987, p. 27.
180. ^ Pike, John (Jan 9, 1999). "AN/ALQ-122". FAS Military Analysis Network. Retrieved Sep 3, 2024.
181. ^ "AN/ALQ-122". Deagel.com. Retrieved Sep 3, 2024.
182. ^ "AN/ALQ-157". Deagel.com. Retrieved Aug 1, 2024.
183. ^ "ALQ-126B - Archived 04/2002". Forecast International.com. Jul 2001. Retrieved Sep 3, 2025.
184. ^ Goebel, Greg (Sep 1, 2024). "Grumman A-6 Intruder & EA-6B Prowler [7] Prowler Upgrades / A-6 Variant List". Air Vectors.net. Retrieved Nov 26, 2025.
185. ^ "McDonnell F-4J Phantom II". Aircraft Information.info. May 27, 2002. Retrieved Sep 9, 2025.
186. ^ "MCARA EA-6B ICAP II". Marine Corpse Aviation Reconnaissance Association (MCARA). Retrieved Sep 3, 2024.
187. ^ Pike, John (Jan 9, 1999). "AN/ALQ-126". FAS Military Analysis Network. Retrieved Sep 3, 2024.
188. ^ Pike, John (Jan 9, 1999). "AN/ALQ-128". FAS Military Analysis Network. Retrieved Jan 6, 2025.
189. ^ "ALQ-128(V) - Archived 4/99". Forecast International.com. Apr 1998. Retrieved Sep 5, 2025.
190. ^ "ALQ-136(V) - Archived 4/99". Forecast International.com. Apr 1998. Retrieved Sep 3, 2024.
191. ^ Parsch, Andreas. "AN/ALQ to AN/ALT - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
192. ^ See Fairchild Republic A-10 Thunderbolt II article
193. ^ "ALQ-131(V) - Archived 04/2003". Forecast International.com. Apr 2002. Retrieved Sep 5, 2025.
194. ^ Bittencourt 1976, p. 106.
195. ^ JPRS Report 1987, pp. 24, 27.
196. ^ "Tactical MI Force Employment, Characteristics of the IEW Battlefield Operating System". FAS Intelligence Resource Program. Retrieved Nov 22, 2025.
197. ^ "ALQ-133 (Quick Look II) - Archived 5/96". Forecast International.com. May 1995. Retrieved Sep 5, 2025.
198. ^ Pike, John (Jan 9, 1999). "AN/ALQ-135 Tactical Electronic Warfare System". FAS Military Analysis Network. Retrieved Sep 5, 2025.
199. ^ Newdick, Thomas (Nov 21, 2020). "F-15E Strike Eagle's New Electronic Warfare Suite Put To The Test In Major Exercise". The War Zone. Retrieved Sep 5, 2025.
200. ^ "ALQ-135(V)". Forecast International.com. May 2013. Retrieved Sep 5, 2025.
201. ^ "ALR-62(V) - Archived 6/96". Forecast International.com. Jun 1995. Retrieved Sep 6, 2025.
202. ^ "Archived Report - AN/ALQ-137(V)". Forecast International.com. May 1995. Retrieved Sep 3, 2024.
203. ^ Petterson 1993, p. 85.
204. ^ "ALQ-142(V) - Archived 5/2004". Forecast International.com. Apr 2003. Retrieved Sep 6, 2025.
205. ^ "ALQ-144(V) – Archive 05/2003". Forecast International.com. May 2002. Retrieved Sep 6, 2025.
206. ^ Pike, John (Jan 9, 1999). "AN/ALQ-149 Communications Jammer". FAS Military Analysis Network. Retrieved Aug 8, 2024.
207. ^ "ALQ-149 - Archived 4/97". Forecast International.com. Apr 1996. Retrieved Sep 6, 2025.
208. ^ Travis 1988, p. 7.
209. ^ Caton 1980, pp. 3–63.
210. ^ Pike, John (Nov 25, 1999). "AN/ALQ-151A Quickfix AN/ALQ-151(V)3 Advanced Quickfix (AQF)". FAS Intelligence Resource Program. Retrieved Aug 8, 2024.
211. ^ "ALQ-151(V) (Advanced QUICK FIX) - Archived 4/2000". Forecast International.com. Apr 1999. Retrieved Sep 6, 2025.
212. ^ Pike, John (Jan 9, 1999). "AN/ALQ-153 Missile Warning System". FAS Military Analysis Network. Retrieved Aug 1, 2024.
213. ^ Petterson 1993, p. 37.
214. ^ "ALQ-153(V) - Archived 5/99". Forecast International.com. May 1998. Retrieved Sep 6, 2025.
215. ^ Pike, John (Apr 22, 2000). "AN/ALQ-155 Power Management System (PMS)". FAS Military Analysis Network. Retrieved Aug 1, 2024.
216. ^ "ALQ-155(V) - Archived 3/98". Forecast International.com. Mar 1997. Retrieved Sep 7, 2025.
217. ^ Pike, John (Feb 10, 2000). "AN/ALQ-156A MAWS Missile Approach Warning System". FAS Military Analysis Network. Retrieved Aug 1, 2024.
218. ^ "ALQ-156(V) – Archived 4/2003". Forecast International.com. Apr 2002. Retrieved Sep 7, 2025.
219. ^ "ALQ-157(V) - Archived 5/2000". Forecast International.com. May 1999. Retrieved Sep 7, 2025.
220. ^ "ALQ-161A - Archived 4/2000". Forecast International.com. Apr 1999. Retrieved Sep 7, 2025.
221. ^ "L3Harris to repair and upgrade electronic warfare (EW) avionics subsystems aboard Air Force B-1 bomber". Military Arrospace. Jun 11, 2020. Retrieved Sep 3, 2024.
222. ^ The Concise Industry Guide: Radar and Electronic Warfare Systems Handbook. London, UK: Shephard Media. Apr 2022. p. 96. Retrieved Sep 5, 2025.
223. ^ "ALQ-162(V) Shadowbox/Shadowbox II - Archived 3/2005". Forecast International.com. Mar 2004. Retrieved Sep 8, 2025.
224. ^ Pike, John (Feb 10, 2000). "AN/ALQ-162". FAS Military Analysis Network. Retrieved Sep 3, 2024.
225. ^ Pike, John (Jan 9, 1999). "AN/ALQ-164". FAS Military Analysis Network. Retrieved Sep 3, 2024.
226. ^ Pike, John (Jan 9, 1999). "AN/ALQ-165 Airborne Self Protection Jammer (ASPJ)". FAS Military Analysis Network. Retrieved Sep 8, 2025.
227. ^ "Archived Report - AN/ALQ-165(V) (ASPJ)". Forecast International.com. May 2007. Retrieved Sep 3, 2024.
228. ^ Colucci, Frank (Nov 1997). "Don't Forget the Sea Dragons". US Naval Institute
229. ^ Greet, Kai (Mar 13, 2025). "USAF Testing Angry Kitten EW Pod on C-130 as F-16 Integration Progresses". The Aviationist. Retrieved Sep 4, 2025.
230. ^ Pike, John (May 2, 1999). "AN/ALQ-167". FAS Military Analysis Network. Retrieved Sep 3, 2024.
231. ^ Withington, Dr Thomas (Jul 30, 2024). "MARS Attacks". Armada International. Retrieved Sep 8, 2025.
232. ^ "ALQ-172(V) - Archived 03/2003". Forecast International.com. Mar 2002. Retrieved Sep 8, 2025.
233. ^ "ALQ-176(V) - Archived 3/98". Forecast International.com. Mar 1997. Retrieved Sep 8, 2025.
234. ^ Rogoway, Tyler (Jan 16, 2020). "This One Navy F-16N Aggressor Had An Electronic Warfare Suite Only Found On Israeli Jets". The War Zone.com. Retrieved Aug 1, 2024.
235. ^ "ALQ-178(V)/202(V) - Archived 04/2003". Forecast International.com. Apr 2002. Retrieved Sep 8, 2025.
236. ^ Kopp, Dr Carlo. "Milestones - Early Directed Energy Weapons programs". Air Power Australia. Defence Today. Retrieved Jul 13, 2025. (2 pages)
237. ^ Rongrui, Wang (Jul 30, 1993). Tactical Laser Weapons and Other Directed-Energy Weapons. Retrieved Jul 13, 2025. (17 pages)
238. ^ Petterson 1993, pp. 47, 48.
239. ^ "ALQ-184(V) – Archived 04/2003". Forecast International.com. Apr 2002. Retrieved Sep 8, 2025.
240. ^ "AN/ALQ-205". Deagel.com. Retrieved Aug 1, 2024.
241. ^ Fabey, Mike (Jan 13, 2017). "U.S. Navy Fast-Tracks New Electronic Warfare Sensor (To Defend Against Enemy Missiles)". The National Interest. Retrieved Sep 5, 2025.
242. ^ "AN/ALQ-210 Electronic Support Measures Situational Awareness and Threat Warning" (Product Brochure). Washington, D.C.: Lockheed Martin. Retrieved Sep 5, 2025.
243. ^ Suite of Integrated Radio Frequency Countermeasures (SIRFC) AN/ALQ-211. Director, Operational Test and Evaluation. pp. 41, 42. Retrieved Aug 1, 2024. (2 pages)
244. ^ Trevithich, Joseph (Jan 3, 2023). "U.S. Army AH-64E Apaches Now Flying With New Laser Countermeasures". The War Zone.com. Retrieved Sep 5, 2025.
245. ^ Deangelis, Anthony (Apr 15, 2011). "BAE Systems Advanced Threat Infrared Countermeasures System Credited With Saving Helicopters In Combat Operations" (Press Release). BAE Systems. Retrieved Sep 5, 2025.
246. ^ "ALR-73(V) - Archived 6/2004". Forecast International.com. Jun 2004. Retrieved Aug 1, 2024.
247. ^ "AN/ALQ-217 Electronic Support Measures System - Unparalleled support for the warfighter" (Product Brochure). Owego, New York: Lockheed Martin. Retrieved Sep 5, 2025.
248. ^ "EA-18G Growler Airborne Electronic Attack Aircraft". U.S. Navy. 17 September 2021. Retrieved 2 September 2024.
249. ^ "AN/ALQ-218 RWR/ESM/ELINT Sensor System". Northrop Grumman.com. Archived 7 July 2016 at the Wayback Machine. Retrieved Nov 26, 2025.
250. ^ "Air Force picks BAE radar warning system for U-2". Military Aerospace. Oct 20, 2005. Retrieved Jan 8, 2025.
251. ^ Haystead, John (Jun 2023). "From the JED Archives: Protect and Strike – NAVAIR/PEO-T Advances Naval Airborne EW". Journal of Electromagnetic Dominance. Retrieved Oct 20, 2025.
252. ^ "ALQ-231 Intrepid Tiger Pod". Naval Air Systems Command. Retrieved Oct 20, 2025.
253. ^ "C2, Tactical Communications, AI, Cyber, Cloud Computing and Homeland Security Update". BattleSpace. Nov 8, 2019. Retrieved Oct 24, 2025.
254. ^ Withington, Dr Thomas (Nov 6, 2017). "Cloak of Invisibility". Armada International. Retrieved Nov 15, 2024.
255. ^ Wilcox, Kristine (Jun 24, 2021). "Intrepid Tiger II takes first flight on MV-22B Osprey". Naval Air Systems Command. Retrieved Oct 20, 2025.
256. ^ "Navy picks Jopana to provide airborne electronic warfare (EW; embedded computing and data storage from GMS". Military+Aerospace Electronics. Oct 29, 2019. Retrieved Oct 20, 2025.
257. ^ Tomkins, Richard (Jan 13, 2017). "U.S. Navy helos getting Lockheed Martin counter-missile capability". United Press International. Retrieved Oct 21, 2025.
258. ^ Sullivan, Michael J & Kaczmarek, Sarah (Aug 20, 2013). "Next Generation Jammer: DOD Should Continue to Assess Potential Duplication and Overlap As Program Moves Forward GAO-13-642". United States Government Accountability Office. Retrieved Aug 23, 2025.
259. ^ Nieman, Craig. "Eagle Passive Active Warning Survivability System (EPAWSS)". BAE. Retrieved Oct 20, 2025.
260. ^ SABALLA, JOE (November 2022). "US OKs Fielding BriteCloud Miniaturized Decoy on F-16 Fighters"
261. ^ "U.S. Air National Guard recommend fielding Leonardo's BriteCloud 218 decoy after successfully completing an extensive US Defense Department test programme" (Press Release). Leonardo.com. Retrieved Nov 23, 2025.
262. ^ Pike, John (Apr 22, 2000). "AN/ALR-20". FAS Military Analysis Network. Retrieved Aug 2, 2024.
263. ^ Wheeler, James C (1999). The EC-47 Experience. Clarksville, Arkansas: Swearingen Ink. Retrieved Aug 31, 2025.
264. ^ Hurley, Col Alfred F (Sep 20, 1968). Project CHECO Southeast Asia Report: The EC-47 in Southeast Asia. San Francisco, California: Headquarters, PACAF. Retrieved Aug 31, 2025. (75 pages)
265. ^ Bittencourt 1976, p. 81.
266. ^ JPRS Report 1987, pp. 24, 25.
267. ^ "The Radar Warning Story". Arboga Electronics History Association. Northrop Grumman
268. ^ Pike, John (Jan 9, 1999). "AN/ALR-46 Radar Warning Receiver (RWR)". FAS Military Analysis Network. Retrieved Aug 1, 2024.
269. ^ JPRS Report 1987, p. 25.
270. ^ Bittencourt 1976, p. 82.
271. ^ Pike, John (Jan 9, 1999). "AN/ALR-56M Radar Warning Receiver (RWR)". FAS Military Analysis Network. Retrieved Aug 1, 2024.
272. ^ "AN/ALR-64 Compass Sail". Military Periscope.com. Retrieved Jul 13, 2025.
273. ^ "AN/ALR-69". Military Periscope.com. Retrieved Nov 13, 2025.
274. ^ "ALR-66(V)/606(V) - Archived 6/2004". Forecast International.com. Jun 2003. Retrieved Aug 2, 2024.
275. ^ See Signals intelligence operational platforms by nation article
276. ^ Pike, John (Jan 9, 1999). "AN/ALR-67(V)3 Advanced Special Receiver". FAS Military Analysis Network. Retrieved Nov 10, 2024.
277. ^ "AN/ALR-68". Military Periscope.com. Retrieved Jul 13, 2025.
278. ^ Pike, John (Apr 22, 2000). "AN/ALR-69 Radar Warning Receiver". FAS Military Analysis Network. Retrieved Aug 2, 2024.
279. ^ "ALR-69A Radar Warning Receiver (RWR)". Director, Operational Test and Evaluation. 2010. pp. 183, 184. Retrieved Nov 13, 2025. (2 pages)
280. ^ Pike, John (Jan 9, 1999). "AN/ALR-73 Passive Detection System (PDS)". FAS Military Analysis Network. Retrieved Aug 1, 2024.
281. ^ "AN/ALR-76". Military Periscope.com. Retrieved November 7, 2024.
282. ^ "ALR-76/504 - Archived 6/99". Forecast International.com. Jun 1998. Retrieved Aug 28, 2025.
283. ^ Beaudoin, Andrew. "AN/ALR-94 F-22 Electronic Warfare System". BAE Systems. Retrieved Aug 28, 2025.
284. ^ See B-47E Stratojet article
285. ^ Pike, John (Jan 9, 1999). "AN/ALT-16 Transmitter". FAS Military Analysis Network. Retrieved Aug 2, 2024.
286. ^ "ALT-28 - Archived 3/98". Forecast International.com. Mar 1997. Retrieved Sep 9, 2025.
287. ^ Pike, John (Jan 9, 1999). "AN/ALT-32". FAS Military Analysis Network. Retrieved Aug 2, 2024.
288. ^ Bauer, AGCM B J & Howlett, AGC(AW) T (Sep 1995). Nonresident Training Course - Aerographer's Mate 1 & C NAVEDTRA 14010. Naval Education and Training Command (NAVEDTRA). p. 10-4. Retrieved Aug 1, 2024. (272 pages)
289. ^ Atmospheric Meteorological Probe, AN/AMQ-23(XE-2). Jan 1, 1969. Retrieved Jun 27, 2025.
290. ^ "TM 750-5-3 Meteorological Equipment Data Sheets" (Technical Manual). Combat Index. Washington, D.C.: Headquarters, Department of the Army. Apr 30, 1973. pp. 9, 10. Retrieved Jun 27, 2025. (12 pages)
291. ^ See AN/APQ-7 article
292. ^ T.O. 1F-4E-1 Flight Manual: USAF Series F-4E Aircraft. Washington, D.C.: Headquarters, United States Air Force. Feb 1, 1979. Retrieved Nov 24, 2025.
293. ^ See Boeing B-47 Stratojet § Specifications (B-47E) article
294. ^ McDonald, Prof James E (Dec 27, 1969). Science in Default: Twenty-Two Years of Inadequate UFO Investigations. Tucson, Arizona: American Association for the Advancement of Science. Retrieved Nov 6, 2025.
295. ^ Boyd, J A; Harris, D B; King, D D; Welch, H W (Dec 1, 1961). Electronic Countermeasures. Ann Arbor, Michigan: University of Michigan. p. 2-31. Retrieved Nov 6, 2025.
296. ^ Cline, Ray S (Aug 19, 1965). Low-Altitude Reconnaissance of North Vietnam. Washington, D.C.: Headquarters, United States Air Force. Retrieved Nov 28, 2025.
297. ^ Wolff, Christian. "AN/APG-1". RadarTutorial.eu. Retrieved Jun 27, 2025.
298. ^ Radar: Summary Report and HARP Project. Washington, D.C.: National Defense Research Committee. 1946. (178 pages)
299. ^ Wolff, Christian. "AN/APG-2". RadarTutorial.eu. Retrieved Jun 27, 2025.
300. ^ Wolff, Christian. "AN/APG-3". RadarTutorial.eu. Retrieved Jun 27, 2025.
301. ^ Wolff, I & Luck, D G C (Sep 1948). "Some Applications of Frequency-Modulated Radar". RCA Review. 9: 532–555. New York, New York: RCA Corp (196 pages)
302. ^ Parsch, Andreas. "AN/APG to AN/APH - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
303. ^ Wolff, Christian. "AN/APG-5". RadarTutorial.eu. Retrieved Jun 27, 2025.
304. ^ Goebel, Greg (Dec 1, 2023). "F-86A Through F-86D". Air Vectors.net. Retrieved Jun 28, 2025.
305. ^ Wolff, Christian. "AN/APG-8". RadarTutorial.eu. Retrieved Jun 27, 2025.
306. ^ Wolff, Christian. "AN/APG-15". RadarTutorial.eu. Retrieved Jun 27, 2025.
307. ^ McKillop, Jack. "American PBJ Mitchell". MicroWorks.net. Retrieved Jun 28, 2025.
308. ^ Knaack, Marcelle Size (Dec 1, 1987). "Post-World War II Bombers 1945-1973". Encyclopedia of U.S. Air Force Aircraft and Missile Systems. Vol. 2. Washington, D.C.: United States Air Force. ISBN 0-912799-59-5. Retrieved Dec 3, 2025. (616 pages)
309. ^ "Characteristics Summary Bomber B-50D" (Datasheet). Oct 7, 1949. Retrieved Jun 28, 2025. (2 pages)
310. ^ Leonov, A I & Fomichev, K I (Jan 21, 1972). Monopulse Radar. Wright-Patterson AFB, Ohio: Air Force Systems Command, Foreign Technology Division. Retrieved Jun 28, 2025. (426 pages)
311. ^ "F-100A Super Sabre - 1959". CMANO-DB.com. Retrieved Jun 28, 2025.
312. ^ Barton, David K (Mar 2010). "History of Monopulse Radar in the US". Internet Archive. Retrieved Jun 28, 2025.
313. ^ Wolff, Christian. "AN/APQ-35". RadarTutorial.eu. Retrieved Jun 27, 2025.
314. ^ RAND R-227 (Abridged) Air Defense Study (U). RAND Corp. Oct 15, 1851. (360 pages)
315. ^ MIL-HDBK-162A 1965, pp. 721–723.
316. ^ Wolff, Christian. "AN/APQ-30". RadarTutorial.eu. Retrieved Jun 27, 2025.
317. ^ See Republic F-105 Thunderchief article
318. ^ Gordon, Doug (Aug 17, 2022). "Convair B-36 Peacemaker: The World's Biggest Bomber". Key.Aero. Retrieved Dec 2, 2025.
319. ^ Goebel, Greg (Sep 1, 2024). "Convair B-36". Air Vectors.net. Retrieved Nov 28, 2025.
320. ^ "Lockheed XF-104 Starfighter". Aircraft Information.info. Dec 5, 1999. Retrieved Dec 3, 2025.
321. ^ Upp, Charles B (Apr 24, 1953). U.S. Navy Radar Systems Survey. Washington, D.C.: Naval Research Laboratory. Retrieved Dec 3, 2025. (172 pages)
322. ^ "F-86L Sabre". March Field Air Museum. 10 June 2024. Retrieved Dec 3, 2025.
323. ^ Walton, Bill (Aug 16, 2024). "Scorpion: Northrop's F-89 Was Air Defense During the 1950s". AVGeekery.com. Retrieved Dec 3, 2025.
324. ^ Goebel, Greg (Dec 1, 2025). "[1.0] Phantom Origins". Air Vectors.net. Retrieved Dec 3, 2025.
325. ^ Walton, Bill (Jul 18, 2018). "The Demon: Another 1950s Design Shackled With a Poor Performing Engine". AVGeekery.com. Retrieved Dec 3, 2025.
326. ^ "APG-59 Radar Reliability Assessment Program Guidelines". Naval Air Warfare Center Warminster. Jun 30, 1965. Retrieved Nov 25, 2025.
327. ^ "Aircraft & Vehicles: McDonnell Douglas Phantom FGR.2". Bentwaters Cold War Museum. 2025. Retrieved Nov 29, 2025.
328. ^ "APG-63(V)". Forecast International.com. Apr 2021. Retrieved Sep 9, 2025.
329. ^ "APG-65(V) - Archived 10/2005". Forecast International.com. Oct 2004. Retrieved Sep 9, 2025.
330. ^ Wolff, Christian. "AN/APG-66". RadarTutorial.eu. Retrieved Aug 2, 2024.
331. ^ Wolff, Christian. "AN/APQ-164". RadarTutorial.eu. Retrieved Aug 2, 2024.
332. ^ "APG-66(V) - Archived 10/2004". Forecast International.com. Oct 2003. Retrieved Sep 9, 2025.
333. ^ "APG-67 Multimode Radar" (Datasheet). Syracuse, New York: Lockheed Martin. Mar 2004. Archived from the original on May 25, 2011. Retrieved Nov 25, 2025.
334. ^ Hunter, Jamie (Mar 3, 2022). "USAF launches huge upgrade program for its F-16s". Skies Magazine. Archived 25 September 2022 at the Wayback Machine. Retrieved Nov 25, 2025.
335. ^ Thailand Royal Air Force Handbook Volume 1 Strategic Information and Weapon Systems. Washington, D.C.: International Business Publications. Feb 7, 2007. p. 103. ISBN 978-1-4330-4913-2.
336. ^ "APG-70(V) - Archived 10/07". Forecast International.com. Oct 2006. Retrieved Sep 9, 2025.
337. ^ "APG-73(V) - Archived 10/2008". Forecast International.com. Oct 2007. Retrieved Sep 9, 2025.
338. ^ Wolff, Christian. "AN/APG-73". RadarTutorial.eu. Retrieved Sep 3, 2024.
339. ^ Wolff, Christian. "AN/APG-76". RadarTutorial.eu. Retrieved Sep 17, 2025.
340. ^ "APG-77(V)". Forecast International.com. Oct 2012. Retrieved Sep 9, 2025.
341. ^ "Longbow FCR". Lockheed Martin.com. 2019. Retrieved Nov 25, 2025.
342. ^ "GaAs radar adds grunt to Growler". Compound Semiconductor. Jul 26, 2007. Retrieved Nov 25, 2025.
343. ^ "AN/APG-80 - F-16 AESA Radar". Northrop Grumman.com. Archived from the original on 19 January 2009. Retrieved Nov 25, 2025.
344. ^ "AN/APG-81 Active Electronically Scanned Array (AESA)". Northrop Grumman.com. Retrieved Nov 25, 2025.
345. ^ "APG-83 Scalable Agile Beam Radar (SABR) AESA for the F-16". Northrop Grumman. 2015. Archived from the original on 17 March 2015. Retrieved Nov 25, 2025.
346. ^ Wolfe, Frank (Jan 11, 2023). "Northrop Grumman Developing New AN/APG-85 Radar for F-35 Lot 17 and Beyond". Defense Daily. Retrieved Nov 25, 2025.
347. ^ "Northrop Grumman Developing the Next Generation Radar for the F-35 Lightning II" (Press Release). Northrop Grumman.com. Jan 11, 2023. Retrieved Nov 25, 2025.
348. ^ Yeager, Col Hobart R (Jul 1, 1945). Graphic Survey of Radio and Radar Equipment Used by the Army Air Forces. Dayton, Ohio: Air Technical Service Command. Retrieved Jul 6, 2025. (67 pages)
349. ^ Wolff, Christian. "AN/APN-1". RadarTutorial.eu. Retrieved Aug 2, 2024.
350. ^ Parsch, Andreas. "AN/APN - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
351. ^ MIL-HDBK-162A 1965, pp. 729–732.
352. ^ "Indicator, Radar Interrogator, BC-929-A, AN/APN-2 Rebecca Mk IIA". National Air and Space Museum. Retrieved Jul 6, 2025.
353. ^ "A Brief History of Rebecca & Eureka". Duxford Radio Society. Jan 16, 2011. Archived from the original on 20 July 2011. Retrieved Jul 6, 2025.
354. ^ See Rebecca/Eureka transponding radar article
355. ^ MIL-HDBK-162A 1965, pp. 733–734.
356. ^ Wolff, Christian. "AN/APN-22". RadarTutorial.eu. Retrieved Jun 19, 2025.
357. ^ MIL-HDBK-162A 1965, pp. 743–744.
358. ^ MIL-HDBK-162A 1965, pp. 745–746.
359. ^ Wolff, Christian. "AN/APN-59". RadarTutorial.eu. Retrieved Aug 2, 2024.
360. ^ "APN-59E/F - Archived 10/2000". Forecast International.com. Oct 1999. Retrieved Sep 10, 2025.
361. ^ MIL-HDBK-162A 1965, pp. 752–753.
362. ^ MIL-HDBK-162A 1965, pp. 754–756.
363. ^ Wolff, Christian. "AN/APN-59". RadarTutorial.eu. Retrieved Jun 28, 2025.
364. ^ MIL-HDBK-162A 1965, pp. 757–759.
365. ^ Shough, Martin L (2011). "Part 4. Radar Specifications and Mode of Operation". Shough Report - Anomalous Echoes Captured by a B-52 Airborne Radarscope Camera (Report). pp. 8, 10, 19. Retrieved Jul 8, 2025.
366. ^ MIL-HDBK-162A 1965, pp. 760–761.
367. ^ MIL-HDBK-162A 1965, pp. 762–763.
368. ^ MIL-HDBK-162A 1965, pp. 764–766.
369. ^ MIL-HDBK-162A 1965, p. 767.
370. ^ Wolff, Christian. "AN/APN-102". RadarTutorial.eu. Retrieved Sep 12, 2025.
371. ^ MIL-HDBK-162A 1965, pp. 768–769.
372. ^ MIL-HDBK-162A 1965, pp. 770–771.
373. ^ Wolff, Christian. "AN/APN-113". RadarTutorial.eu. Retrieved Sep 12, 2025.
374. ^ "APN-169C/243(V)". Forecast International.com. Oct 2010. Retrieved Sep 13, 2025.
375. ^ Wolff, Christian. "AN/APN-131". RadarTutorial.eu. Retrieved Sep 12, 2025.
376. ^ Wolff, Christian. "AN/APN-133". RadarTutorial.eu. Retrieved Sep 12, 2025.
377. ^ "APN-194(V) - Archived 3/97". Forecast International.com. Mar 1996. Retrieved Sep 10, 2025.
378. ^ See Douglas A-4 Skyhawk article
379. ^ "Terrain-following radar developed" (Press Release). Texas Instruments.com. 2007. Archived from the original on 31 March 2010. Retrieved Nov 25, 2025.
380. ^ Wolff, Christian. "AN/APN-185". RadarTutorial.eu. Retrieved Nov 29, 2025.
381. ^ Wolff, Christian. "AN/APN-153". RadarTutorial.eu. Retrieved Nov 26, 2025.
382. ^ Wolff, Christian. "AN/APN-155". RadarTutorial.eu. Retrieved Sep 12, 2025.
383. ^ Wolff, Christian. "AN/APN-159". RadarTutorial.eu. Retrieved Sep 12, 2025.
384. ^ Penn, Tandy (Oct 15, 2005). A History of Terrain-Following Radar. Texas Tech University Whitacre College of Engineering. Archived 5 March 2016 at the Wayback Machine. Retrieved Nov 25, 2025.
385. ^ "APN-171(V) - Archived 3/97". Forecast International.com. Mar 1997. Retrieved Sep 10, 2025.
386. ^ Wolff, Christian. "AN/APN-182". RadarTutorial.eu. Retrieved Sep 12, 2025.
387. ^ Wolff, Christian. "AN/APN-190". RadarTutorial.eu. Retrieved Nov 29, 2025.
388. ^ "APN-209(V) - Archived 3/2006". Forecast International.com. Mar 2005. Retrieved Sep 10, 2025.
389. ^ Wolff, Christian. "AN/APN-234". RadarTutorial.eu. Retrieved Aug 2, 2024.
390. ^ "APN-217(V) - Archived 12/2007". Forecast International.com. Dec 2006. Retrieved Sep 10, 2025.
391. ^ "APN-218 - Archived 12/96". Forecast International.com. Dec 1995. Retrieved Sep 10, 2025.
392. ^ C-141B Command Aircraft Systems Training (CAST). Scott AFB, Illinois: Headquarters, Air Mobility Command. Nov 1, 1994. Retrieved Nov 5, 2025.
393. ^ "16 - WRAFB CARA Altitude Simulator - SSO". Loren Data's SAM Daily. Jul 29, 2010. Retrieved Nov 5, 2025.
394. ^ "Altitude Radar Altimeter". Extant Aerospace. 2023. Retrieved Nov 5, 2025.
395. ^ Wolff, Christian. "AN/APN-241". RadarTutorial.eu. Retrieved Aug 2, 2024.
396. ^ "Tactical Transport Radar AN/APN-241" (Product Brochure). Baltimore, Maryland: Northrop Grumman. Retrieved Jul 16, 2025. (2 pages)
397. ^ Wolff, Christian. "AN/APN-242". RadarTutorial.eu. Retrieved Aug 2, 2024.
398. ^ "APN-242 - Archived 10/2010". Forecast International.com. Oct 2009. Retrieved Sep 10, 2025.
399. ^ Purnell, RADM William R & McNarney, LtGen Joseph T (Aug 1, 1943). "U.S. Radar: Operational Characteristics of Radar Classified by Tactical Application FTP 217: Bombing Aids". Washington, D.C.: Joint Chiefs of Staff. Retrieved Nov 29, 2025.
400. ^ Wolff, Christian. "AN/APQ-13". RadarTutorial.eu. Retrieved Aug 2, 2024.
401. ^ Whiton, Roger C; Smith, Paul L; Bigler, Stuart G; Wilk, Kenneth E; Harbuck, Albert C (Jun 1, 1998). "History of Operational Use of Weather Radar by U.S. Weather Services. Part I: The Pre-NEXRAD Era". Weather and Forecasting. 13 (2): 219–243. American Meteorological Society. Bibcode:1998WtFor..13..219W. doi:10.1175/1520-0434(1998)013<0219:HOOUOW>2.0.CO;2. ISSN 0882-8156. S2CID 122880960
402. ^ Sleight, Robert B (Nov 13, 1950). Human Engineering Aspects of the Utilization of the Sparrow Guided Missile System in Fighter Aircraft. Baltimore, Maryland: Johns Hopkins University Press. Retrieved Nov 25, 2025.
403. ^ Wolff, Christian. "AN/APQ-41". RadarTutorial.eu. Retrieved Nov 25, 2025.
404. ^ Wolff, Christian. "AN/APQ-50". RadarTutorial.eu. Retrieved Aug 6, 2025.
405. ^ Walton, Bill (Aug 1, 2024). "The Skyray: This Manta-Winged Fighter was the Last For Douglas". AVGeekery.com. Retrieved Sep 18, 2025.
406. ^ Wolff, Christian. "AN/APQ-100". RadarTutorial.eu. Retrieved Nov 25, 2025.
407. ^ Wolff, Christian. "AN/APQ-72". RadarTutorial.eu. Retrieved Nov 25, 2025.
408. ^ McCaffrey, Robert N (Sep 30, 1961). NAFI Report TR-94: Radar Set AN/APQ-89; Drift Angle Ground Speed Attachment. Indianapolis, Indiana: Naval Avionics Facility. doi:10.21236/AD0326955. Retrieved Nov 25, 2025. (37 pages)
409. ^ Messina, Paula. "A Review of Radar Imaging Projects and Instruments". Hunter College. Retrieved Aug 16, 2025.
410. ^ See Norden Systems article
411. ^ Wolff, Christian. "AN/APQ-110". RadarTutorial.eu. Retrieved Aug 2, 2024.
412. ^ Wolff, Christian. "AN/APQ-128". RadarTutorial.eu. Retrieved Nov 29, 2025.
413. ^ Wolff, Christian. "AN/APQ-134". RadarTutorial.eu. Retrieved Nov 26, 2025.
414. ^ Wolff, Christian. "AN/APQ-113". RadarTutorial.eu. Retrieved Aug 2, 2024.
415. ^ Wolff, Christian. "AN/APQ-114". RadarTutorial.eu. Retrieved Jun 28, 2025.
416. ^ Wolff, Christian. "AN/APG-115". RadarTutorial.eu. Retrieved Nov 26, 2025.
417. ^ Wolff, Christian. "AN/APQ-120". RadarTutorial.eu. Retrieved Aug 2, 2024.
418. ^ "APQ-122(V) - Archived 11/96". Forecast International.com. Nov 1995. Retrieved Sep 10, 2025.
419. ^ Wolff, Christian. "AN/APQ-122(V)". RadarTutorial.eu. Retrieved Jun 19, 2025.
420. ^ Wolff, Christian. "AN/APQ-126". RadarTutorial.eu. Retrieved Aug 2, 2024.
421. ^ Wolff, Christian. "AN/APQ-171". RadarTutorial.eu. Retrieved Nov 29, 2025.
422. ^ Wolff, Christian. "AN/APQ-140". RadarTutorial.eu. Retrieved Jun 28, 2025.
423. ^ See Lockheed AC-130 § Specifications (AC-130) section
424. ^ Wolff, Christian. "AN/APQ-150". RadarTutorial.eu. Retrieved Nov 24, 2025.
425. ^ Wolff, Christian. "AN/APQ-153". RadarTutorial.eu. Retrieved Aug 2, 2024.
426. ^ "AN/APQ-153/-157 fire-control radars (United States), Airborne Fire-Control Radars". Jane's Radar and Electronic Warfare Systems. Dec 3, 2004. Archived from the original on May 5, 2009. Retrieved Nov 29, 2025.
427. ^ Wolff, Christian. "AN/APQ-158". RadarTutorial.eu. Retrieved Aug 2, 2024.
428. ^ "AN/APQ-159 Fire Control Radar" (Product Brochure). Amityville, New York: US Dynamics. Archived from the original on 17 July 2011. Retrieved Nov 29, 2025.
429. ^ "APQ-164(V) - Archived 11/97". Forecast International.com. Nov 1996. Retrieved Sep 10, 2025.
430. ^ Machi, Vivienne (Jul 11, 2019). "Raytheon Wins Contract to Provide New AESA Radars to B-52 Aircraft". Defense Daily. Retrieved Jun 24, 2025.
431. ^ Wolff, Christian. "AN/APQ-168". RadarTutorial.eu. Retrieved Nov 29, 2025.
432. ^ Wolff, Christian. "AN/APQ-170". RadarTutorial.eu. Retrieved Jun 19, 2025.
433. ^ "APQ-170(V)/425(V) - Archived 10/2001". Forecast International.com. Nov 2000. Retrieved Sep 10, 2025.
434. ^ "A-6F Intruder". Cradle of Aviation. Archived from the original on Aug 20, 2008. Retrieved Dec 11, 2025.
435. ^ "APQ-174(V)/186(V)". Forecast International.com. Dec 2016. Retrieved Jun 10, 2025.
436. ^ "APQ-175(V) - Archived 11/98". Forecast International.com. Nov 1997. Retrieved Jun 10, 2025.
437. ^ Wolff, Christian. "AN/APQ-181". RadarTutorial.eu. Retrieved Aug 2, 2024.
438. ^ "APQ-181 (B-2 Radar) - Archived 11/99". Forecast International.com. Nov 1998. Retrieved Sep 10, 2025.
439. ^ Gonzalez, LTC Hector. Special Operations Forces Industry Conference: AN/APQ-187 Silent Knight Radar. Retrieved Sep 12, 2025.
440. ^ Parsch, Andreas. "AN/APR to AN/APS - Equipment Listing". Designation-Systems.net. Retrieved Jun 25, 2025.
441. ^ MIL-HDBK-162A 1965, pp. 822–823.
442. ^ "APR-9 Airborne Elint receiver, American". Imperial War Museums. Retrieved Aug 2, 2024.
443. ^ Whiteside, Maj David D; Burch, Col Charles H; Warren, Lt Col Harold F (Jul 1, 1959). Final Report: Evaluation of the Multipurpose Jammer ECM System (U). Fort Huachuca, Arizona: US Army Electronic Proving Ground. pp. 29–35, 38, 79, 110, 117, 118. Retrieved Jun 26, 2025. (126 pages)
444. ^ Pike, John (Feb 10, 2000). "AN/APR-39 Radar Warning Receiver (RWR)". FAS Military Analysis Network. Retrieved Aug 2, 2024.
445. ^ Petterson 1993, p. 26.
446. ^ Lamb, Stephen (2025). "AN/APR-39 Digital Radar Warning Receiver Family". Northrop Grumman.com. Retrieved Nov 13, 2025.
447. ^ Parsch, Andreas (2007). "Code Name Listing - C". Designation-Systems.net. Retrieved Nov 13, 2025.
448. ^ Pike, John (Jan 9, 1999). "AN/APR-46". FAS Military Analysis Network. Retrieved Aug 4, 2024.
449. ^ Pike, John (Feb 10, 2000). "AN/APR-48A Radar Frequency Interferometer (RFI)". FAS Military Analysis Network. Retrieved Aug 4, 2024.
450. ^ "APR-48A - Archived 4/2006". Forecast International.com. Apr 2005. Retrieved Sep 13, 2025.
451. ^ Frederick, Robert A Jr; Fitz, Laura M; Janetka, Melanie G; Smith, Nathan W H (Aug 20, 2001). Integrated Unmanned Air-Ground Robotics System - Volume III (of four). Redstone Arsenal, Alabama: US Army Aviation and Missile Command (AMCOM). p. 28. Retrieved Aug 2, 2025. (112 pages)
452. ^ "Auxiliary Systems". Aerospaceweb.org. Retrieved May 29, 2025.
453. ^ Deangelis, Anthony (Feb 16, 2022). "B-2 Bomber to Use Electronic Warfare System" (Press Release). BAE Systems. Retrieved May 29, 2025.
454. ^ Frink, Skyler (Feb 17, 2012). "BAE Systems to provide electronic warfare systems for B-2 bomber". Military+Aerospace Electronics. Retrieved May 29, 2025.
455. ^ Wolff, Christian. "AN/APS-11". RadarTutorial.eu. Retrieved Sep 16, 2025.
456. ^ Francillon, René J (Dec 9, 2017). High-Spirited Mustang: The saga of the North American P-51 Mustang – Part 1: Development and Production History. Vol. 1. Eirl Aerosphere Research. Retrieved Dec 11, 2025. (109 pages)
457. ^ Mahoney, Kevin A (Aug 20, 2015). Bombing Europe: The Illustrated Exploits of the Fifteenth Air Force. Zenith Press. p. 80. ISBN 9780760348154. Retrieved Dec 11, 2025. (240 pages)
458. ^ L Brown (Jan 1, 1999). Technical and Military Imperatives: A Radar History of World War 2. CRC Press. ISBN 9781420050660. (580 pages)
459. ^ McCarry, Peter (2001). Airborne Early Warning and Control: A Piece of the Puzzle. RAAF Base Fairbairn: Aerospace Centre. ISBN 978-0-642-26562-3. Retrieved Dec 11, 2025.
460. ^ Wolff, Christian. "AN/APS-38". RadarTutorial.eu. Retrieved Nov 24, 2025.
461. ^ Wolff, Christian. "AN/APS-80 and AN/APS-88". RadarTutorial.eu. Retrieved Dec 13, 2025.
462. ^ Wolff, Christian. "AN/APS-82". RadarTutorial.eu. Retrieved Jun 28, 2025.
463. ^ "E-1B Tracer". National Naval Aviation Museum. Retrieved Sep 9, 2025.
464. ^ "Airborne Command & Control and Logistics Wing - Command History". Navy.mil. Retrieved Sep 9, 2025.
465. ^ TB 43-0123 Aviation Electronics Configuration Directory Manual (Technical Bulletin). TPub Integrated Publishing. pp. II-G-5 thru II-G-10. Retrieved Jul 21, 2025.
466. ^ Wolff, Christian. "AN/APS-96". RadarTutorial.eu. Retrieved Dec 13, 2025.
467. ^ Wolff, Christian. "AN/APS-115". RadarTutorial.eu. Retrieved Aug 22, 2025.
468. ^ Wolff, Christian. "AN/APS-116". RadarTutorial.eu. Retrieved Dec 13, 2025.
469. ^ Wolff, Christian. "AN/APS-120". RadarTutorial.eu. Retrieved Aug 27, 2025.
470. ^ "APS-124(V) - Archived 12/2005". Forecast International.com. Dec 2004. Retrieved Sep 13, 2025.
471. ^ Wolff, Christian. "AN/APS-124". RadarTutorial.eu. Retrieved Aug 27, 2025.
472. ^ Wolff, Christian. "AN/APS-125". RadarTutorial.eu. Retrieved Aug 27, 2025.
473. ^ Wolff, Christian. "AN/APS-127". RadarTutorial.eu. Retrieved Dec 13, 2025.
474. ^ Cork, Thomas R & Blazek, Robert H (Jun 1, 1976). Standard Electronic Module Radar Life Cycle Cost Study. Wright-Patterson AFB, Ohio: Air Force Avionics Laboratory. Retrieved Nov 26, 2025. (71 pages)
475. ^ "APS-130/146 - Archived 01/97". Forecast International.com. Jan 1998. Retrieved Sep 15, 2025.
476. ^ Wolff, Christian. "AN/APS-133". RadarTutorial.eu. Retrieved Sep 13, 2025.
477. ^ "APS-133(V) - Archived 01/2008". Forecast International.com. Jan 2007. Retrieved Sep 15, 2025.
478. ^ Wolff, Christian. "AN/APS-134". RadarTutorial.eu. Retrieved Sep 13, 2025.
479. ^ "APS-134(V) - Archived 01/2000". Forecast International.com. Jan 1999. Retrieved Sep 15, 2025.
480. ^ "APS-137(V)". Forecast International.com. Jan 2011. Retrieved Sep 15, 2025.
481. ^ Wolff, Christian. "SeaVue XMC". RadarTutorial.eu. Retrieved Sep 13, 2025.
482. ^ Wolff, Christian. "AN/APS-143(V)". RadarTutorial.eu. Retrieved Dec 13, 2025.
483. ^ Wolff, Christian. "AN/APS-145". RadarTutorial.eu. Retrieved Jul 23, 2025.
484. ^ "APS-145(V) (E-2C)". Forecast International.com. Jan 2016. Retrieved Sep 15, 2025.
485. ^ "AN/APS-145". SmartEncyclopedia.org. Jul 11, 2024. Archived from the original on 11 July 2024. Retrieved Jul 23, 2025.
486. ^ Wolff, Christian. "AN/APS-147". RadarTutorial.eu. Retrieved Aug 27, 2025.
487. ^ "AN/APS-153(V) Multi-Mode Radar". Telephonics.com. Retrieved Nov 4, 2025.
488. ^ Hoffman, J R; Spaulding, A D; Cotton, M G (2001). IVHS Roadway Environment. Boulder, Colorado: National Telecommunications and Information Administration. Retrieved Nov 13, 2025. (232 pages)
489. ^ Cleary, Mark C (Nov 1991). The 6555th: Missile and Space Launches Through 1970. Patrick AFB, Florida: 45th Space Wing History Office. Retrieved Nov 13, 2025.
490. ^ MIL-HDBK-162A 1965, pp. 912–915.
491. ^ Wolff, Christian. "AN/APX-7". RadarTutorial.eu. Retrieved Dec 13, 2025.
492. ^ "APX-117/118(V) - Archived 4/2009". Forecast International.com. Nov 1998. Retrieved Sep 16, 2025.
493. ^ "APX-72(V) - Archived 03/2001". Forecast International.com. Mar 2000. Retrieved Sep 15, 2025.
494. ^ Wolff, Christian. "AN/APX-76". RadarTutorial.eu. Retrieved Sep 15, 2025.
495. ^ "APX-111(V)/113(V) (CIT) - Archived 4/2009". Forecast International.com. Apr 2008. Retrieved Sep 13, 2025.
496. ^ "APX-76(V)". Forecast International.com. Mar 2007. Retrieved Sep 13, 2025.
497. ^ Ian (Jan 2, 2017). "How Combat Tree Made the F-4 Phantom II the Deadliest Fighter Over Vietnam in the 1970s". TACAIRNET. Retrieved Sep 22, 2025.
498. ^ "McDonnell F-4E Phantom II". Aircraft Information.info. Jul 29, 2020. Retrieved Sep 22, 2025.
499. ^ Stillion, John (2015). Trends in Air-to-Air Combat: Implications for Future Air Superiority. Washington, D.C.: Center for Strategic and Budgetary Assessments. Retrieved Sep 22, 2025.
500. ^ Wolff, Christian. "AN/APX-100(V)". RadarTutorial.eu. Retrieved Sep 16, 2025.
501. ^ "APX-100(V)". Forecast International.com. Apr 2011. Retrieved Sep 15, 2025.
502. ^ "APX-101(V) - Archived 4/2006". Forecast International.com. Nov 1998. Retrieved Sep 16, 2025.
503. ^ Denney, Robert O; Partridge, Mike J; Williams, Roger B (Dec 1983). AFWAL-TR-83-1183 Integrated Testing and Maintenance Technologies. Wright-Patterson AFB, Ohio: Air Force Wright Aeronautical Laboratories. pp. 210 through 215. Retrieved Sep 16, 2025. (331 pages)
504. ^ "APX-103(V) - Archived 04/2001". Forecast International.com. Apr 2000. Retrieved Sep 16, 2025.
505. ^ Gobin, Dhanraj (Apr 2021). "AN/APX-113(V) and AN/APX-125(V) Combined interrogator/transponder" (Product Brochure). BAE Systems.com. Retrieved Nov 13, 2025. (2 pages)
506. ^ "APX-118". Forecast International.com. Apr 2013. Retrieved Sep 16, 2025.
507. ^ Banfi, William (Apr 2015). "AN/APX-113(V), AN/APX-125(V), and AN/APX-126" (Product Brochure). BAE Systems.com. Retrieved Nov 13, 2025. (2 pages)
508. ^ "APY-1/2(V) (AWACS) - Archived 01/2008". Forecast International.com. Jan 2007. Retrieved Sep 16, 2025.
509. ^ Wolff, Christian. "AN/APY-1/2". RadarTutorial.eu. Retrieved Aug 27, 2025.
510. ^ "APY-3(V) (JSTARS Radar) - Archived 01/2008". Forecast International.com. Jan 2007. Retrieved Sep 16, 2025.
511. ^ "APY-6(V) - Archived 10/2005". Forecast International.com. Oct 2004. Retrieved Sep 17, 2025.
512. ^ Wolff, Christian. "AN/APY-10". RadarTutorial.eu. Retrieved Aug 27, 2025.
513. ^ "AQA-7(V) – Archived 01/2003". Forecast International.com. Jan 2002. Retrieved Sep 17, 2025.
514. ^ "Sea King (CHSS-2 and CH124) Helicopter - Electronics Suite". JProc.ca. Sep 30, 2024. Retrieved Jul 28, 2025.
515. ^ "AN/AQS-13F (SH-60F)". CMANO-DB.com. Retrieved Aug 12, 2025.
516. ^ "AN/AQS-14A (2000)". CMANO-DB.com. Retrieved Aug 12, 2025.
517. ^ Lingsch, S C & Lingsch, W C (Sep 16, 1999). "Using a minehunting sonar for real-time environmental characterization". Oceans '99. MTS/IEEE. Riding the Crest into the 21st Century. Conference and Exhibition. Conference Proceedings (IEEE Cat. No. 99CH37008). Vol. 3. Seattle, Washington: IEEE. pp. 1181–1187. doi:10.1109/OCEANS.1999.800159. ISBN 0-7803-5628-4.
518. ^ "AN/AQS-14". Military Periscope.com. Retrieved Aug 12, 2025.
519. ^ "AN/AQS-18A (Next-Generation)". CMANO-DB.com. Retrieved Aug 12, 2025.
520. ^ "AN/AQS-20A (MH-60S)". CMANO-DB.com. Retrieved Aug 12, 2025.
521. ^ Vavasseur, Xavier (Jul 4, 2021). "Thales Selected by Lockheed Martin to deliver ALFS Dipping Sonars to US Navy and FMS Customers" (Press Release). NavalNews. Retrieved Aug 12, 2025.
522. ^ "AN/AQS-22 ALFS (FLASH)". CMANO-DB.com. Retrieved Aug 12, 2025.
523. ^ "Navy asks Thales to build AN/AQS-22 dipping sonar aboard MH-60 anti-submarine warfare (ASW) helicopters". Military+Aerospace Electronics. Apr 12, 2021. Retrieved Aug 12, 2025.
524. ^ Keller, John (Mar 31, 2025). "Navy asks Northrop Grumman for advanced undersea warfare sonar signal processing for anti-submarine warfare". Military+Aerospace Electronics. Retrieved Aug 31, 2025.
525. ^ "AN/AQS-24 Mine Hunting System". Coda Octopus Engineering. Retrieved Aug 30, 2025.
526. ^ Broadstreet, Daniel (Dec 21, 2018). "Navy Performs Government Acceptance Test of Towed Mine Hunting Sonar". NAVSEA.navy.mil. Retrieved Aug 30, 2025.
527. ^ "AN/ARA-25 UHF DF". JProc.ca. Feb 25, 2010. Retrieved Aug 22, 2025.
528. ^ "NAVAIR 00-110AA3-1 Standard Aircraft Characteristics A-3A Skywarrior". US Navy.mil. p. 4. Retrieved Sep 17, 2025.
529. ^ "Sea King (CHSS-2 and CH124) Helicopter - Electronics Suite". JProc.ca. Sep 30, 2024. Retrieved Sep 17, 2025.
530. ^ JANAP 161 Directory of Communications-Electronics Equipment. Washington, D.C.: Joint Chiefs of Staff. Mar 1953. (200 pages)
531. ^ Implementation Plan for Worldwide Airborne Command Post (WWABNCP) Operator Computer-Based Training (PLATO): Decision Paper. Silver Spring, Maryland: Akman Associates. Oct 3, 1985. p. 2-11. Retrieved Sep 17, 2025.
532. ^ Schust, A P; Young, P N; Simpson, W R (Jul 1982). Automatic carrier landing system (ACLS) category III certification manual. Annapolis, Maryland: ARINC Research Corp. pp. C-1, 6–14, 12–2, 12–3. Retrieved Aug 22, 2025. (218 pages)
533. ^ Wexler, R S (Oct 24, 1996). "Tactical satellite communications (TACSATCOM) terminal single versus multicarrier operation investigation". Proceedings of MILCOM '96 IEEE Military Communications Conference. Vol. 2. pp. 347–351. doi:10.1109/MILCOM.1996.568560. ISBN 0-7803-3682-8.
534. ^ "News Scope: Satellite communications for AF command planes". Electronic Design. Vol. 17, no. 9. Apr 26, 1969. p. 21. Retrieved Aug 22, 2025.
535. ^ Fales et al. 1967, p. 19.
536. ^ NAVSHIPS (Feb 1963). "Section 2 of 10 - Directory of Communication Equipment (continued)". NAVSHIPS 94200.1 Directory of Communication Equipment (Technical Manual). Great Lakes, Illinois: US Navy Electronics Supply Office. Retrieved Aug 19, 2025. (39 pages)
537. ^ JANAP 161 - Directory of Communications-Electronics Equipment: AN/ARC-3 Radio Set. Washington, D.C.: Joint Chiefs of Staff. Mar 1953. pp. 19, 20. Retrieved Aug 19, 2025.
538. ^ Sheer, George H (Mar 1955). WADC Technical Report 55-107 "Project Big Eva" Accelerated Service Test of Radio Sets AN/ARC-21. Wright-Patterson AFB, Ohio: Wright Air Development Center. Retrieved Aug 20, 2025. (75 pages)
539. ^ "AN/ARC-21 and AN/ARC-65 transceivers". AAF-Radio.org. Retrieved Aug 20, 2025.
540. ^ "AN/ARC-27". Vintage Avionics.nl. Retrieved Aug 20, 2025.
541. ^ Ledda, Francesco (2017). "Collins Radios in Uniform". The Signal. No. 86. pp. 4, 5. Retrieved Aug 21, 2025.
542. ^ Fales et al. 1967, pp. 19, 68.
543. ^ Fales et al. 1967, pp. 19, 74.
544. ^ Fales et al. 1967, pp. 74, 75, 277.
545. ^ Wickham, Gen John A & Joyce, Maj Gen Robert M (May 1968). [https://electronicsandbooks.com/edt/manual/Boat%20Anchor%20Manual%20Archive/military/an-arc-51/TM%2011-5820-518-20%20c20011019%20[42].pdf "TM 11-5820-518-20 Organizational Maintenance Manual: Radio Set AN/ARC-51X and AN/ARC-51BX"] (Technical Manual). Washington, D.C.: Headquarters, Department of the Army. Retrieved Aug 21, 2025. (42 pages)
546. ^ Fales et al. 1967, pp. 19, 63, 68.
547. ^ Fales et al. 1967, p. 74.
548. ^ Barker, James I (Jul 1959). Project One Side - Operational test and evaluation of AN/ARC-65 radio. Wright-Patterson AFB, Ohio: Wright Air Development Center. Retrieved Aug 21, 2025. (20 pages)
549. ^ Fales et al. 1967, p. 77.
550. ^ Fales et al. 1967, pp. 2, 36, 76, 79, 146.
551. ^ T.O. 12R2-2ARC96-2 Field Maintenance Instructions: Radio Communications Set, Airborne AN/ARC-96 (Technical Manual). Washington, D.C.: US Air Force. Sep 1, 1972. Retrieved Aug 21, 2025. (25 pages)
552. ^ Fales et al. 1967, pp. 78, 278.
553. ^ Fales et al. 1967, pp. 2, 46, 48, 49, 54, 67.
554. ^ Fales et al. 1967, p. 76.
555. ^ "ARC-171(V) - Archived 9/98". Forecast International.com. Sep 1997. Retrieved Sep 17, 2025.
556. ^ "ARC-182(V) - Archived 9/2001". Forecast International.com. Sep 2000. Retrieved Sep 17, 2025.
557. ^ Sullivan, Gen Gordon R & Hamilton, Milton H (Jan 15, 1986). TM 11-5821-318-12 Operator's and Aviation Unit Maintenance Manual: VHF AM/FM Radio Set AN/ARC-186(V) (Technical Manual). Washington, D.C.: Headquarters, Department of the Army. Retrieved Aug 22, 2025. (222 pages)
558. ^ "ARC-186(V) - Archived 9/99". Forecast International.com. Sep 1998. Retrieved Sep 17, 2025.
559. ^ "ARC-187(V) - Archived 10/07". Forecast International.com. Oct 2006. Retrieved Sep 17, 2025.
560. ^ "ARC-190(V)". Forecast International.com. Sep 2017. Retrieved Sep 17, 2025.
561. ^ "ARC-199 - Archived 9/97". Forecast International.com. Sep 1996. Retrieved Sep 17, 2025.
562. ^ "ARC-200 - Archived 9/99". Forecast International.com. Sep 1998. Retrieved Sep 17, 2025.
563. ^ "ARC-207 - Archived 9/97". Forecast International.com. Sep 1996. Retrieved Sep 17, 2025.
564. ^ Marine Aviation Plan 2015. Marine Corps Aviation. Retrieved Oct 19, 2025.
565. ^ "F/A-18 Integration Support of the ARC-210/RT-1990A(C) and the RT-2036(C) Radios". HigherGov.com. Jun 2, 2022. Retrieved Oct 19, 2025.
566. ^ "U.S. Air Force to advance F-16 communications capabilities". Military+Aerospace Electronics. Jan 1, 2018. Retrieved Oct 19, 2025.
567. ^ "ARC-220(V) - Archived 2/2009". Forecast International.com. Feb 2008. Retrieved Sep 17, 2025.
568. ^ "ARC-222 - Archived 9/2007". Forecast International.com. Sep 2006. Retrieved Sep 17, 2025.
569. ^ Yeager, Col Hobart R (Jul 1, 1945). Graphic Survey of Radio and Radar Equipment Used by the Army Air Forces - Section Three. Dayton, Ohio: Air Technical Service Command. Retrieved Jul 6, 2025. (67 pages)
570. ^ NAVSHIPS (Feb 1963). "Section 1.3 - Navigational Aids". NAVSHIPS 94200.1 Directory of Communication Equipment (Technical Manual). Great Lakes, Illinois: US Navy Electronics Supply Office. pp. 1.3.1–1.3.3. Retrieved Aug 5, 2024. (180 pages)
571. ^ "Other ARN21 Versions". Vintage Avionics.nl. Aug 7, 2025. Retrieved Sep 18, 2025.
572. ^ Howard, J L (May 1980). LORAN Navigation System. Hanscom AFB, Massachusetts: Electronic Systems Division, AFMC. Retrieved Sep 22, 2025.
573. ^ "ARN-118(V) TACAN - Archived 7/99\". Forecast International.com. Jul 1998. Retrieved Sep 13, 2025.
574. ^ "ARN-123 - Archived 8/98". Forecast International.com. Aug 1997. Retrieved Sep 22, 2025.
575. ^ "ARN-138 - Archived 7/97". Forecast International.com. Jul 1996. Retrieved Sep 22, 2025.
576. ^ Department of the Navy FY 1998/1999 Budget Estimates. Washington, D.C.: US Department of the Navy. Feb 1997. Retrieved Nov 5, 2025. (562 pages)
577. ^ Fales et al. 1967, pp. 76, 77, 278.
578. ^ "ARR-78(V) - Archived 01/2000". Forecast International.com. Jan 1999. Retrieved Sep 23, 2025.
579. ^ Fales et al. 1967, pp. 76, 146.
580. ^ NAVSHIPS 1965, pp. 306.
581. ^ See Douglas A-3 Skywarrior article
582. ^ "AN/ASB-1 Bomb Director". Norden Retirees Club. Retrieved Jul 18, 2025.
583. ^ NAVSHIPS 1965, pp. 306, 311, 463, 464, 469.
584. ^ "NAVAIR 00-110AA3-4 Standard Aircraft Characteristics Navy Model A-3B (CLE) Aircraft". Commander, Naval Air Systems Command. Jul 1, 1967. p. 5. Retrieved Jul 4, 2025. (10 pages)
585. ^ "Ancillary Aircraft Equipment". Travis AFB Aviation Museum. Retrieved Jul 7, 2025.
586. ^ "ASB-19(V) ARBS - Archived 12/98". Forecast International.com. Dec 1997. Retrieved Sep 23, 2025.
587. ^ "ASC-15B(V)/C(V) - Archived 9/99". Forecast International.com. Sep 1998. Retrieved Sep 23, 2025.
588. ^ Taghvaee, Babak (Sep 8, 2025). "Doomsday Air Force One". Key.Aero. Retrieved Sep 9, 2025.
589. ^ Caton 1980, pp. 1–16, 2–83.
590. ^ Vick, Alan; Orletsky, David T; Bordeaux, John; Shlapak, David A (Jan 1, 1996). Enhancing airpower's contribution against light infantry targets. Santa Monica, California: RAND. p. 25. ISBN 0-8330-2389-6. (104 pages)
591. ^ Lieske, George. "Forty-Five Pounds of Automatic Navigation". Analog Museum. Retrieved Jan 15, 2026.
592. ^ McKeown, P J. "Automatic Navigation Computer ASN-7". Analog Museum. Retrieved Jan 15, 2026.
593. ^ "Kearfott AN/ASN-24 Computer Sets - Technical Summary". Little Falls, New Jersey: Kearfott Group. Sep 26, 1957. Retrieved Jan 15, 2026.
594. ^ "ASN-92(V) - Archived 8/99". Forecast International.com. Aug 1998. Retrieved Sep 23, 2025.
595. ^ "ASN-123(V) – Archived 08/2002". Forecast International.com. Aug 2001. Retrieved Sep 23, 2025.
596. ^ "ASN-128". Forecast International.com. Aug 2020. Retrieved Sep 23, 2025.
597. ^ Grimes, Kevin L (Jun 1990). "Test Results of GPS Integration With Carrier Aircraft Inertial Navigation System (GAINS)". ION Institute of Navigation. Retrieved Sep 23, 2025.
598. ^ "ASN-130A - Archived 8/99". Forecast International.com. Aug 1998. Retrieved Sep 23, 2025.
599. ^ Nessen, Brian (Mar 28, 2013). "U.S. Navy Selects Northrop Grumman for CAINS II". Avionics International. Retrieved Sep 23, 2025.
600. ^ Altomare, Nick. "AN/ASN-157 Doppler Navigation Set". BAE Systems.com. Retrieved Jan 15, 2026.
601. ^ Drickey, Gene & Sinback, Jim (Dec 1972). "Magnetic Anomaly Detection AN/ASQ-81 MAD System". Orion Service Digest. No. 26. California: Lockheed Corp. pp. 4 through 19. Retrieved Sep 8, 2025.
602. ^ "P2-V Neptune Submarine Hunter AN/ASQ-8 MAD Unit". RecoveryCurios.com. Retrieved Sep 8, 2025.
603. ^ MIL-HDBK-162A 1965, pp. 951–954.
604. ^ Popenoe, Peter & Luedke, Robert G (Aug 31, 1970). Interpretation of the aeromagnetic pattern of the Uncompahgre primitive area San Juan Mountains, Colorado. Washington, D.C.: US Department of the Interior. Retrieved Sep 8, 2025.
605. ^ Darrigo, D R; Lee, W S; Goolsby, L D (Feb 2, 1962). NADC-AW-6120 Preproduction Environmental Testing of AN/ASQ-10 and RO-32 Recorder, Manufactured by Dubrow Electronic Industries, Inc.. Arlington, Virginia: Office of Naval Research. Retrieved Sep 8, 2025.
606. ^ "ASQ-81(V)/ASQ-208(V) - Archived 02/2004". Forecast International.com. Feb 2003. Retrieved Sep 23, 2025.
607. ^ "ASQ-114/212 – Archived 01/2003". Forecast International.com. Jan 2002. Retrieved Sep 23, 2025.
608. ^ Kopp, Dr Carlo. "Stellar navigation to Satellite navigation". Air Power Australia. Vol. 1989. Retrieved Nov 23, 2025.
609. ^ Mason, John F (Sep 18, 1972). "The 'smart' bombing technique is about to become smarter". Electronic Design. Vol. 20, no. 9. Retrieved Nov 26, 2025.
610. ^ "ASQ-151 – Archived 12/2002". Forecast International.com. Dec 2001. Retrieved Sep 23, 2025.
611. ^ Grumman Aerospace Corp (1994). Technical Manual: Illustrated Parts Breakdown: Ballistics Computer Sets AN/ASQ-133, AN/ASQ-155, AN/ASQ-155A and AN/ASQ-155B, Navy Models A-6E and A-6E TRAM Aircraft. Commander, Naval Air Systems Command
612. ^ "ASQ-170(V)/AAQ-11(V) (TADS/PNVS)". Forecast International.com. Mar 2011. Retrieved Sep 23, 2025.
613. ^ "ASQ-213(V) (STING)". Forecast International.com. Mar 2011. Retrieved Sep 23, 2025.
614. ^ "AN/ASQ-235 Airborne Mine Neutralization System - Archerfish (AMNS-AF)". Navy.mil. May 5, 2025. Retrieved Oct 16, 2025.
615. ^ "Airborne Mine Neutralization System - Archerfish (AMNS-AF)". US Navy.mil. May 5, 2025. Retrieved Aug 30, 2025.
616. ^ "AN/ASQ-235 Airborne Mine Neutralization System". RTX Corp. Retrieved Aug 30, 2025.
617. ^ "AN/ASQ-239". Deagel.com. Retrieved Nov 17, 2025.
618. ^ Tirpak, John A (Apr 3, 2023). "BAE Systems to Produce Upgraded Electronic Warfare Suites for F-35". Air & Space Forces.com. Retrieved Nov 17, 2025.
619. ^ "Electronic Warfare Suite". JSF.mil. Retrieved Nov 17, 2025.
620. ^ Myers, Nick. "AN/ASQ-239 F-35 EW countermeasure system" (Press Release). BAE. Retrieved Sep 23, 2025.
621. ^ "ASQ-504(V) AIMS". Forecast International.com. May 2011. Retrieved Sep 23, 2025.
622. ^ Masters, George W (Jan 1, 1981). "United States Naval Test Pilot School: Airborne Systems Course Textbook - Communications System Test and Evaluation". Patuxent River, Maryland: US Naval Test Pilot School. p. 3.21. Retrieved Sep 9, 2025. (322 pages)
623. ^ Thornborough, Anthony (1995). Modern Fighter Aircraft Technology and Tactics: Into combat with today's fighter pilots. Somerset, England: Haynes Publishing. ISBN 1-85260-426-3. LCCN 95-78112. Retrieved Sep 9, 2025. (204 pages)
624. ^ Kopp, Carlo (Mar 1984). "Electro-Optical Systems". Air Power Australia. Retrieved Aug 4, 2024.
625. ^ Brewer, Capt John E (July 1987). Laser Range Evaluation Guide for Bioenvironmental Engineers. Brooks AFB: USAF Occupational and Environmental Health Laboratory. Retrieved Sep 22, 2025.
626. ^ "Laser Guided Bombs". FAS Military Analysis Network. Feb 12, 2000. Retrieved Sep 22, 2025.
627. ^ Petterson 1993, pp. 40, 41.
628. ^ Pike, John (Feb 10, 2000). "AN/AVR-2 Laser Warning System". FAS Military Analysis Network. Retrieved Aug 4, 2024.
629. ^ "Aviator's Night Vision Imaging System (ANVIS), AN/AVS-6". PEO Soldier.Army.mil. Retrieved Aug 9, 2025.
630. ^ "Quadeye - Panoramic Night Vision Device". Defense Update. Feb 8, 2007. Retrieved Sep 26, 2025.
631. ^ Schechter, Maurice & Greene, Pete (Dec 10, 2015). "Military Television Equipment Built by RCA: 1940 - 1945". QSL.net. Retrieved Sep 9, 2025.
632. ^ "JANAP 161 AN/AXT-Type". May 9, 1952. Retrieved Sep 9, 2025.
633. ^ Chesson, F W (Feb 9, 2000). "Signal Corps Radio Sets". RadioNerds.com. Retrieved Sep 9, 2025.
634. ^ "MIL-C-22704B(WP) Computer Set, Navigational AN/AYK-2" (Military Specification). Washington, D.C.: Bureau of Naval Weapons, Department of the Navy. Feb 15, 1965. Retrieved Nov 26, 2025.
635. ^ Brown, Burton P; Haneman Jr, Vincent S; King, Gilbert W; O'Neill, Lawrence H (Dec 1, 1968). Report of the ASAP Ad Hoc Group on the Cheyenne Computer. Arlington, Virginia: United States Assistant Secretary of the Army for Acquisition, Logistics, and Technology. Retrieved Nov 26, 2025.
636. ^ Wigle, Capt Gary B (Jul 21, 1978). Spare Memory and Timing Parameters in Avionics Computer System Requirements. Wright-Patterson AFB, Ohio: Air Force Institute of Technology. p. 43.
637. ^ Hochheiser, Sheldon (Feb 17, 2010). "John Gregory: An Interview Conducted by Sheldon Hochheiser". Institute of Electrical and Electronics Engineers. pp. 21, 25, 29, 35. Retrieved Nov 26, 2025. (46 pages)
638. ^ Cook, M J; Mason, R C; Stautberg, J L; Self, L E; Ellison, R L (Aug 1, 1981). AFWAL-TR-81-1165 Digital Avionics Information System (DAIS): Development and Demonstration. Wright-Patterson AFB, Ohio: Air Force Avionics Laboratory. Retrieved Nov 27, 2025. (205 pages)
639. ^ Trainor, William Lynn; Burlakoff, Mike; Garrett, John (Jan 1977). AFAL-TR-76-253 Efficiency Comparison of JOVIAL-73/I and AN/AYK-15 Assembly Language. Wright-Patterson AFB, Ohio: Air Force Avionics Laboratory. Retrieved Nov 27, 2025. (94 pages)
640. ^ Behnen, Stephen W & Pratt, Keith D (Oct 1982). AFWAL-TR-82-1076 Advanced Avionic Systems for Multimission Applications. Wright-Patterson AFB, Ohio: Air Force Avionics Laboratory. Retrieved Nov 27, 2025. (26 pages)
641. ^ N88-NTSP-A-50-7703I/D Navy Training System Plan for the F/A-18 Aircraft (Training Plan). Naval Air Station Patuxent River: Naval Air Systems Command. Oct 2002. pp. I-12, I-18. Retrieved Nov 27, 2025. (460 pages)
642. ^ Katzman, Joe (Mar 24, 2006). "$34.5M to Support F-18 Weapons Management Systems". Defense Industry Daily. Retrieved Nov 27, 2025.
643. ^ FY17 Navy Programs - AN/BLQ-10 Submarine Electronic Warfare Support System (Report). Director, Operational Test and Evaluation. 2017. Retrieved Jul 10, 2025. (2 pages)
644. ^ Hill, John (Jan 9, 2024). "Lockheed Martin upgrades EW systems for US Navy submarines". Naval Technology. Retrieved Jul 10, 2025.
645. ^ "AN/BLQ-10(V) Submarine Electronic Warfare System" (Product Brochure). LockheadMartin.com. 2018. Retrieved Jul 10, 2025. (2 pages)
646. ^ Polmar, Norman (Nov 1979). "The U. S. Navy: Electronic Warfare (Part 2)–The Ships and Aircraft of the U. S. Fleet". Proceedings. 105 (11/921). US Naval Institute. Retrieved Oct 21, 2025.
647. ^ Department of the Navy, Justification of Estimates for Fiscal Year 1984 (U). Washington, D.C.: Comptroller of the United States Navy. Jan 1983. Retrieved Oct 21, 2025.
648. ^ "BLR Series". Military Periscope.com. Retrieved Nov 22, 2025.
649. ^ Pike, John & Sherman, Robert (Dec 12, 1998). "AN / Designators". FAS Military Analysis Network. Retrieved Nov 22, 2025.
650. ^ "AN/BLR-15 (Assoc w AN/WLR-1 ESM on subs)". CMANO-DB.com. Retrieved Nov 22, 2025.
651. ^ Wolff, Christian. "AN/BPS-15". RadarTutorial.eu. Retrieved Aug 31, 2025.
652. ^ Guerrero, Javier (Jan 28, 2025). "Ohio-Class (SSBN-726) Submarine Technical Specification". Nuclear Companion. Retrieved Jul 10, 2025.
653. ^ "AN/BPS-15/16 Radar". Navy.mil. Nov 15, 2023. Retrieved Jul 23, 2024.
654. ^ Wolff, Christian. "AN/BPS-16". RadarTutorial.eu. Retrieved Aug 31, 2025.
655. ^ Anderson, Sharon (Mar 2014). "All Roads Lead to Information Dominance". DON CIO.navy.mil. Retrieved Aug 31, 2025.
656. ^ Bedard, Philip P. (Mar 10, 1961). Engineering Evaluation of Depth-Sound Speed Measuring Set AN/BQH-1 Manufactured by Dyna-Empire Corp., Garden City, NY Contract NObrs-75772. New London, Connecticut: Naval Underwater Sound Laboratory. Retrieved Jun 26, 2025. (23 pages)
657. ^ See Geophysical MASINT article
658. ^ Tan, Zhetao; Reseghetti, Franco; Abraham, John; Cowley, Rebecca (2021). "Supplementary Material for Examining the Influence of Recording System on the Pure Temperature Error in XBT Data". Journal of Atmospheric and Oceanic Technology. 38 (4). American Meteorological Society. doi:10.1175/JTECH-D-20-0136.1. Retrieved Jul 9, 2025. (29 pages)
659. ^ Pike, John (Dec 12, 1998). "AN/BQQ-5 Sonar". FAS Military Analysis Network. Retrieved Aug 27, 2025.
660. ^ "AN/BQQ-6". Military Periscope.com. Nov 15, 2023. Retrieved Jul 23, 2024.
661. ^ "Archived Report - AN/BQQ-6". Forecast International.com. May 2003. Retrieved Jul 23, 2024.
662. ^ "AN/BQQ-10 (Virginia)". CMANO-DB.com. Retrieved Jul 23, 2024.
663. ^ "Sensors, Electronic, and Information Warfare Systems". FAS Military Analysis Network. Retrieved Aug 27, 2025.
664. ^ "About Scamp". USS Scamp.net. Retrieved Jul 10, 2025.
665. ^ "AN/BQR-15". Military Periscope.com. Retrieved Jul 23, 2024.
666. ^ Pike, John (Dec 12, 1998). "AN/BQR-15". FAS Military Analysis Network. Retrieved Jul 24, 2024.
667. ^ Guerrero, Javier (Oct 27, 2024). "AN/BQS-15 Close Contact Avoidance And Under-ice Navigation Sonar". Nuclear Companion. Retrieved Jul 10, 2025.
668. ^ HAER No. CT-180 Historic American Engineering Record: Naval Undersea Warfare Center (Fort Trumble) Photographs, Written Historical and Descriptive Data. Philadelphia, Pennsylvania: National Park Service. Retrieved Nov 22, 2025.
669. ^ "AN/BRD-6/7". Military Periscope.com. Retrieved Nov 22, 2025.
670. ^ "AN/BYG-1 Combat Control System". Director, Operational Test and Evaluation. 2009. Retrieved Oct 15, 2025.
671. ^ "AN/BYG-1 Submarine Combat System". General Dynamics Mission Systems. Retrieved Oct 15, 2025.
672. ^ "Radar Types". MobileRadar.org. Retrieved Aug 8, 2024.
673. ^ Jewell & Clancey 1945, p. 109.
674. ^ MIL-HDBK-162A 1965, pp. 17–19.
675. ^ Crawford & Cook 1952, p. 65.
676. ^ Watson, Lt Col Paul E (Sep 15, 1943). "Camp Evans Secret Monthly Progress Report – August 1943". InfoAge Science & History Museums. Belmar, New Jersey: Camp Evans Signal Laboratory. Retrieved Aug 8, 2024.
677. ^ MIL-HDBK-162A 1965, pp. 31–34.
678. ^ "Heavy Bomber Carry-On Equipment". Quest Masters. Retrieved Aug 5, 2024.
679. ^ Holler 2014, pp. 325–327, 329, 331.
680. ^ Holler 2014, pp. 327, 331.
681. ^ Wahl & Riordan 2005, pp. 4–19.
682. ^ Wahl & Riordan 2005, pp. 4–7.
683. ^ "AN/DAS-1 Multi-spectral Targeting System (MTS) - B (United States), Payloads". Jane's. Apr 6, 2009. Archived from the original on 24 September 2009. Retrieved Oct 20, 2025.
684. ^ "Military Knowledge: Raytheon Multi-Spectral Targeting Systems". Islamic World News. Aug 6, 2025. Retrieved Oct 20, 2025.
685. ^ "Anti-aircraft missile system Chaparral". Missilery.info. Retrieved Oct 20, 2025.
686. ^ "MIM-72 Chaparral". WeaponSystems.net. Retrieved Oct 20, 2025.
687. ^ DoD 1964, p. 1659.
688. ^ "Automatic Meteorological Station – AN/FMQ-19". 557th Weather Wing. Jul 2016. Retrieved Jul 24, 2024.
689. ^ "Fixed Base Weather Observation System – AN/FMQ-22". 557th Weather Wing. Jul 2016. Retrieved Aug 6, 2024.
690. ^ "Fixed Base Weather Observation System – AN/FMQ-23". 557th Weather Wing. Jul 2016. Retrieved Aug 6, 2024.
691. ^ MIL-HDBK-162A 1965, pp. 78–79.
692. ^ MIL-HDBK-162A 1965, pp. 80–82.
693. ^ See PAVE PAWS article
694. ^ Wolff, Christian. "AN/FPS-77". RadarTutorial.eu. Retrieved Aug 8, 2024.
695. ^ "COBRA DANE Radar". SpaceForce.mil. Oct 2020. Retrieved 24 Jul 2024.
696. ^ "Department of Defense appropriations for fiscal year 1973". HathiTrust. Oct 2020. p. 903. Retrieved Jul 24, 2024.
697. ^ Wolff, Christian. "ARSR-4". RadarTutorial.eu. Retrieved Sep 23, 2025.
698. ^ "ARSR-4 (FPS-130) - Archived 08/2003". Forecast International.com. Aug 2002. Retrieved Sep 23, 2025.
699. ^ MIL-HDBK-162A 1965, pp. 186–188.
700. ^ "Programming Manual AN/FSQ-27 (RW-400)". BitSavers.org. Ramo-Wooldridge. Feb 1961. Retrieved Jul 24, 2024. (101 pages)
701. ^ Sternbeck, Lawton L (Sep 1979). Annual Historical Review, US Army Intelligence and Security Command (INSCOM), FY 1978. Arlington, Virginia: Headquarters, US Army Intelligence and Security Command. Retrieved Jun 21, 2025. (178 pages)
702. ^ Secretary, Joint Staff Command History Division (May 1, 1967). NORAD/CONAD Historical Summary. Headquarters, NORAD/CONAD. Retrieved Jul 7, 2025. (202 pages)
703. ^ Procurement Appropriation Estimates for Fiscal Year 2005. Department of the Air Force. Feb 2004. Retrieved Jul 7, 2025. (566 pages)
704. ^ "Army Air Defense in the European Theater". US Army in Germany.com. Retrieved Aug 6, 2024.
705. ^ TB 43-0133 Hazard Controls for CECOM Radiofrequency and Optical Radiation Producing Equipment (Technical Bulletin). Headquarters, Department of the Army. Nov 15, 2000. pp. Index-5, 46. Retrieved Aug 6, 2024. (284 pages)
706. ^ Wolff, Christian. "AN/GPN-2". RadarTutorial.eu. Retrieved Sep 17, 2025.
707. ^ Wolff, Christian. "AN/GPN-6". RadarTutorial.eu. Retrieved Sep 17, 2025.
708. ^ Wolff, Christian. "ASR-7". RadarTutorial.eu. Retrieved Aug 6, 2024.
709. ^ Wolff, Christian. "ASR 8". RadarTutorial.eu. Retrieved Aug 6, 2024.
710. ^ Wolff, Christian. "Airfield Surveillance Radar ASR 9". RadarTutorial.eu. Retrieved Aug 6, 2024.
711. ^ "ASR-9". Forecast International.com. Aug 2002. Retrieved Oct 23, 2025.
712. ^ Wolff, Christian. "DASR". RadarTutorial.eu. Retrieved Aug 6, 2024.
713. ^ "ASR-11 (DASR)". Forecast International.com. Aug 2014. Retrieved Oct 23, 2025.
714. ^ Caton 1980, pp. 1–20.
715. ^ Caton 1980, pp. 1–20, 2–4, 4–82.
716. ^ TM 11-5820-467-15 Operator, Organizational, Field and Depot Maintenance Manual – Antenna Group AN/GRA-50 (Technical Manual). Washington, D.C.: Headquarters, Department of the Army. Jul 19, 1961. Retrieved Oct 24, 2025. (56 pages)
717. ^ Hartel, D; Witt, J; Herman, S; Mileson, D (Jul 1977). Analysis of Tactical Data Links used by the Department of Defense. Annapolis, Maryland: ARINC Research Corp. doi:10.21236/ADA042768. Retrieved Oct 23, 2025. (128 pages)
718. ^ Clarke, Brooke (Mar 5, 2003). "RT-1185/GRA-114 Sound Observer Receiver Transmitter". PRC68.com. Retrieved Oct 24, 2025.
719. ^ FM 34-80: Brigade and Battalion Intelligence and Electronic Warfare Operations (Technical Manual). Washington, D.C.: Department of the Army. Apr 15, 1986. Retrieved Oct 23, 2025. (324 pages)
720. ^ Carpenter, Richard (Jan 24, 2021). "AN/GRC-9 aka "Angry Nine"". AmateurRadio.com. Retrieved Aug 6, 2024.
721. ^ Fales et al. 1967, pp. 16, 17.
722. ^ "RATT RIG - Post WWII US Army Radios & Radio Teletype Shelters - The AN/GRC-46 Series". RATT RIG. Jan 24, 2021. Retrieved Aug 6, 2024.
723. ^ "AN/GRC-103(V) 1, 2, 3, & 4 UHF Radio Sets". Columbia Electronics. Retrieved Aug 6, 2024.
724. ^ TM 11-5820-520-10 Operator's Manual: Radio Sets AN/GRC-106 and AN/GRC-106A (Technical Manual). Washington, D.C.: Headquarters, Department of the Army. May 20, 1984. Retrieved Aug 27, 2025. (100 pages)
725. ^ Boltz, Ronald L. "The AN/GRC-106". RATT RIG. Retrieved Aug 27, 2025.
726. ^ ((DH4PY)). "Modern Era Mobile USB Set: AN/GRC-106". GreenRadio.de. Retrieved Aug 27, 2025.
727. ^ "AN/GRC-109 Special Forces radio set". Ohio University. Retrieved Aug 6, 2024.
728. ^ Caton 1980, pp. 1–16.
729. ^ "RATT RIG - Post WWII US Army Radios & Radio Teletype Shelters - The AN/GRC-122 & AN/GRC-142 Series". RATT RIG. Retrieved Aug 18, 2025.
730. ^ Caton 1980, pp. 2–4, 4–82.
731. ^ Wahl & Riordan 2005, pp. 1–105.
732. ^ Wahl & Riordan 2005, pp. 1–106.
733. ^ Caton 1980, pp. 1–14.
734. ^ Wahl & Riordan 2005, pp. 1–108.
735. ^ Wahl & Riordan 2005, pp. 1–109.
736. ^ Wahl & Riordan 2005, pp. 1–179.
737. ^ Caton 1980, pp. 2–4.
738. ^ Wahl & Riordan 2005, pp. 1–155.
739. ^ Wahl & Riordan 2005, pp. 1–104.
740. ^ Wahl & Riordan 2005, pp. 3–13.
741. ^ Wahl & Riordan 2005, pp. 1–90.
742. ^ Pike, John (Sep 12, 1998). "AN/GSG-10, TACFIRE". FAS Military Analysis Network. Retrieved Jul 26, 2024.
743. ^ Army Science Board 1979, pp. 30, 31.
744. ^ Clarke, Brooke (Jul 22, 2000). "AN/GSQ-160 Detecting-Transmitting Set, Electromagnetic TCnnn Modules". PRC68.com. Retrieved Jul 9, 2025.
745. ^ "AN/GSQ-187 Remote Battlefield Sensor System (REMBASS) - AN/GSQ-187 Improved Remote Battlefield Sensor System (IREMBASS)". FAS Military Analysis Network. Feb 21, 2000. Retrieved Jul 9, 2025.
746. ^ See Measurement and signature intelligence article
747. ^ "AN/GSQ-235 ROCC/AWACS Digital Information Link (RADIL)". FAS Weapons of Mass Destruction. Apr 23, 2000. Retrieved Jul 7, 2025.
748. ^ Wahl & Riordan 2005, pp. 1–180.
749. ^ Wahl & Riordan 2005, pp. 1–88.
750. ^ "Air Force Distributed Common Ground System". Air Force.mil. Retrieved Jul 26, 2024.
751. ^ "LiDAR explained – History and applications". RoboticsBiz. Jun 26, 2021. Retrieved Jul 26, 2024.
752. ^ Woodward, J H (May 1977). "Electro-optics Systems: The AN /GVS-5 hand-held laser rangefinder". RCA Engineer. Cherry Hill, New Jersey: RCA Corp. pp. 48 through 51. Retrieved Oct 22, 2025.
753. ^ Caton 1980, pp. 1–13, 1–16, 2–93.
754. ^ Wahl & Riordan 2005, pp. 1–53, 1–54.
755. ^ Wahl & Riordan 2005, pp. 1–3.
756. ^ Wahl & Riordan 2005, pp. 1–61.
757. ^ Withington, Dr Thomas (Jan 21, 2025). "Corps Capabilities". Asian Military Review. Retrieved Oct 24, 2025.
758. ^ Tirpak, John (Jun 18, 2024). "New Report: B-52J Initial Operational Capability Slips to 2033". Air & Space Forces Magazine. Retrieved Nov 28, 2025.
759. ^ Kass, Harrison (Nov 3, 2024). "The Air Force's New B-52J Bomber Explained in 2 Words". The National Interest.org. Retrieved Nov 28, 2025.
760. ^ Kady, John; Hoch, Shawn; Davidson, William; Tagulao, Raymond; Cummings, Chadwick; Wicker, Philip (Dec 1, 2016). Efficacy Evaluation of Current and Future Naval Mine Warfare Neutralization Method (Master of Science). Monterey, California: Naval Postgraduate School. hdl:10945/51729. Retrieved Oct 16, 2025.

Further reading

• Winkler, David F & Webster, Julie L (May 1, 1997). Searching the Skies - The Legacy of the United States Cold War Defense Radar Program (Report). Langley AFB, Virginia: Headquarters Air Combat Command. LCCN 97020912. Retrieved Aug 8, 2024. (192 pages)
• Smiley, Dr R E & Moran, RDML M (Oct 2013). NAWCWD TP 8347 Electronic Warfare and Radar Systems Engineering Handbook (Handbook). Point Mugu, California: Naval Air Warfare Center Weapons Division. Retrieved Jul 13, 2025. (455 pages)

External links

• MobileRadar.org – Radar Descriptions
• Designation-Systems.net – Designations Of U.S. Military Electronic And Communications Equipment
• FAS Military Analysis Network.org – Aircraft Equipment
• FAS Military Analysis Network.org – US Navy Shipboard Combat Systems
• JPtronics.org – Directory of Communications: Electronic Equipment, JANAP 161, March 1953 (Joint Army, Navy, Air Force Publication – Archived)