This subpage listsAmerican militaryelectronicinstruments/systems along with brief descriptions. Thisstand-alone list specifically identifies electronic devices which are assigned designations (names) according to theJoint Electronics Type Designation System (JETDS) beginning with theAN/ prefix. They are grouped below by the first designation letter following this prefix. The list is organized as sorted tables that reflect thepurpose,uses and manufacturers of each listed item.
Due to page size considerations, the full list was split into sub-pages. The list on this page only shows designations where the first letter after AN/ is betweenA andG. For all designations betweenM andZ, please seeList of military electronics of the United States: M–Z.
NOTE: LettersE, H, I, J, L, N, O, Q, R, X andY are not used in the first-position ofJETDS nomenclatures.
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AAA-3 | Receiver Group, paired withAN/AAS-15 | F-8 Crusader[1] | |
| AN/AAA-4 | Infrared search and track (IRST)surveillance andtargeting system | F-4B Phantom II[2] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AAD-4 | Forward LookingInfrared (FLIR)reconnaissance set, part ofSurprise 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 LookingInfrared (FLIR), part ofPave Pronto modifications with improved detectors,[4] replaced AN/AAD-4[10] | AC-130H Spectre[6] | |
| AN/AAD-7 | Forward LookingInfrared (FLIR) detection set, replaced byAN/AAQ-17[11] | AC-130H Spectre[6] | Texas Instruments |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AAM-4 | Infrared (IR) Equipment Test Bench Harness for the Infrared Detecting SetAN/AAS-15; used withAN/AAA-4 | Hughes Aircraft[12] | |
| AN/AAM-5 | Infrared (IR) target simulator for the Infrared Detecting SetAN/AAS-15 | Hughes Aircraft[13] | |
| AN/AAM-6 | Infrared (IR) test set for the Infrared Detecting SetAN/AAS-15 | Hughes Aircraft[14] | |
| AN/AAM-10 | Thermal test target for AN/AAS-51A[15] | ||
| AN/AAM-12 | Infrared (IR) detector test set forAN/AAS-14[15] | ||
| AN/AAM-13 | Optical test table forAN/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 withAN/AAS-14[15] | ||
| AN/AAM-30 | Resolution Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-31 | Detecting Set Receiver Test set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-32 | Recorder Film Magazine Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-33 | Recorder Film Magazine Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-34 | Power Supply Control Panel Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-35 | Converter Sub-Assembly Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-36 | Optical Alignment Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-37 | Cryogenic Refrigerator Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-38 | Infrared (IR) Detection Set Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-39 | Electrical Circuit Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-40 | Refrigerator Test Set, used withAN/AAS-24[15] | OV-1 Mohawk | |
| AN/AAM-55 | Airborne Laser Tracker Test Set, used withAN/AAS-32 laser tracker[15] | ||
| AN/AAM-56 | Airborne Laser Tracking Alignment Test Set, used withAN/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 testingAN/AAR-44 energy detection assembly cooler[18][19] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AAT-3 | Ambient laser illuminator | AC-130H Spectre[109] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ACC-1 | Solid-state low band 3-channelmultiplexer/demultiplexer,[110] used withAN/ARC-89 | Post Attack Command and Control System (PACCS) | Electronic Communications, Inc[111] |
| AN/ACC-2 | 4-channelmultiplexer,[110] used withAN/ARC-89 | Post Attack Command and Control System (PACCS)[1] | |
| AN/ACC-3 | Voice communicationsfrequency-division multiplexer[110][112] | Post Attack Command and Control System (PACCS),E-4B NEACP[113] | |
| AN/ACC-6 | 90-channelfrequency-division multiplexer, used withAN/ART-42[110] | Boeing EC-135 | E-Systems[114] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ACQ-5 | High-speedTADIL-A/Link 11 capablesolid-state serial-bit-stream digital datamodem transmitter overHF orUHF radio[115] | P-3C Orion[116] | Sylvania[117] |
| 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 andairspeed[119] | OV-1 Mohawk[120] | North American Rockwell |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AES-1 | 805 lb (365 kg) Airborne Laser Mine Detection System (ALMDS) pod usingLIDAR technology inlittoral waters to detect, classify, and localize floating and near-surface mooredmines, capable of generating topographic view of the ocean floor, paired withAN/ASQ-235 | MH-60S Knighthawk | Northrop Grumman[121] |
| 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] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AJB-3 | Loft/toss bombing computer system[124] | A-4 Skyhawk,[125]F-4B Phantom II | |
| AN/AJB-7 | Altitude-reference and bombing computer set (ARBCS), used withAN/ASQ-91 | F-4D Phantom II[127][128] | Lear Siegler[126] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AJN-16 | Inertial Bomb-Navigation computer, replaced AN/AJQ-20[129] | F-111 Aardvark[130] | Rockwell International[131] |
| 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 |
| 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 |
| AN/ALE-29 | Chaff/flare dispenser with up to 30 pyrotechnic cartridges filled with dipole reflectors or infrared traps,[134] forerunner ofAN/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-mounteddipolechaff dispenser laying corridors of chaff effectivelyjamming signals from 2–6 GHz (15.0–5.0 cm) and 10–18 GHz (3.0–1.7 cm) up to 80 nmi (92 mi; 150 km) long[134][139] | EB-66 Destroyer,F-4 Phantom II,F-105F Thunderchief | |
| AN/ALE-39 | Chaff/flare dispenser with 30 expendables, improvedAN/ALE-29,[134] replaced byAN/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 |
| AN/ALE-40 | Chaff/flarecountermeasures dispenser system,[142] with 30 pyrotechnic cartridges filled with reflectors or 15 filled with infrared traps[134] forerunner ofAN/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-capacitychaff 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 | Lightweightchaff/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-controlledchaff/flare dispenser, part of TacticalElectronic Warfare System (TEWS) | F-15 Eagle | BAE[148] |
| AN/ALE-47 | "Smart" threat adaptivechaff/flare Countermeasure Dispenser System (CMDS) dispenser integrated aircraft withradar warning receivers for autonomous operation,[141] improvedAN/ALE-40, replacedAN/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 |
| AN/ALE-49 | Flare dispenser with a capacity of 12 flare expendables, used withAN/ALQ-161, integrated withAN/ASQ-184[149] | B-1B Lancer | |
| AN/ALE-50 | Little Buddy passiveelectronic 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-opticradar jamming and deception towed decoy, part of Integrated Defensive Electronic Countermeasures (IDECM) operating from 1–35 GHz (29.98–0.86 cm) working withAN/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 |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ALH-4 | Electronic countermeasuresmagnetic recorder/reproducer | B-52 Stratofortress | Ampex[153] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AMH-3 | Microwaverefractometer | E-2C Hawkeye[289] |
| 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[290][291] | Balloon-borne | Geotronics |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APA-46 | Nosmo adapter assembly, used withAN/APQ-7 radarbombsight system[292] | B-17 Flying Fortress,B-24 Liberator,B-29 Superfortress | |
| AN/APA-47 | Nosmo adapter assembly, used withAN/APQ-7 radarbombsight system, replaced AN/APA-46[292] | B-17 Flying Fortress,B-24 Liberator,B-29 Superfortress | |
| AN/APA-157 | Radar indicator, used withAN/APQ-109 | F-4D Phantom II[127] | |
| AN/APA-165 | Radar scope/indicator with air-to-ground ranging and moving cursors, used withAN/APQ-109 | F-4D Phantom II,[127]F-4E Phantom II[293] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APD-4 | D/E/F-band radardirection finding system[294] | B-47E Stratojet[295] | Federal Telecommuncations Laboratories[296] |
| AN/APD-7 | Side-looking airborne radar (SLAR) | RA-5C Vigilante[297] | Westinghouse Electronic Systems[89] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APN-1 | 22.15 lb (10.05 kg) 1wattUHFFrequency-ModulatedContinuous Wave (FMCW)radar altimeter operating from 420–460 MHz (71–65 cm) at altitudes up to 4,000 ft (1,200 m)[349][350] | 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[351] | |
| AN/APN-2 | Rebecca Mk IIA airborne radar interrogator/responder[349][353][354] also known as SCR-729[355] | ||
| AN/APN-3 | Airborne precision Short Range Navigation (SHORAN) bombing radar[349] | B-45 Tornado[309] | |
| AN/APN-4 | 25.45 lb (11.54 kg) Long Range Navigation (LORAN) radar navigation receiver operating between 1.6–3.3 MHz (187–91 m) or 7.58–11.75 MHz (39.6–25.5 m),[349][356] used withAN/CPN-11 andAN/CPN-12 | US Navy | General Electric |
| AN/APN-7 | Airborne transponder beacon[349] | ||
| AN/APN-9 | Long Range Navigation (LORAN) simplified,[349] used withAN/CPN-11 andAN/CPN-12 | B-32-25-CF Dominator | |
| AN/APN-10 | Glider interrogator/responder[349] | ||
| AN/APN-12 | Beacon interrogator/responder[349] | B-47E Stratojet | |
| AN/APN-19 | Airborne beacon[349] | ||
| AN/APN-22 | 33 lb (15 kg) 1wattFMradar altimeter operating between 4.2–4.4 GHz (7.14–6.81 cm) 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 |
|
| AN/APN-42 | 36.56 lb (16.58 kg) 2kWradar altimeter with range computer operating at 4.225 GHz (7.10 cm) at altitudes up to 70,000 ft (21,000 m) | WB-47E Stratojet | Sperry Gyroscope[359] |
| AN/APN-59 | 185 lb (84 kg) 70kWX-bandsolid statenavigation, search andweather radar operating from 9.335–9.415 GHz (3.21–3.18 cm) with a range of 240 nmi (280 mi; 440 km), replaced AN/APS-38,[360] replaced byAN/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[309] | Sperry Corp[361] |
| AN/APN-63 | 11.68 lb (5.30 kg)radar beacon receiving inS-band between 2.7–2.9 GHz (11.10–10.34 cm) and transmitting inL-band at 968 MHz (0.310 m) with a range of 20 mi (32 km) | US Navy | Melpar[362] |
| AN/APN-70 | Long Range Navigation (LORAN) radio system | P-3A/B Orion[115] | |
| AN/APN-81 | 35wattX-bandpulse-Doppler drift angle andvelocity sensor operating from 8.7–8.9 GHz (3.45–3.37 cm) up to 70,000 ft (21,000 m),[363] forerunner ofAN/APN-102 | B-47 Stratojet | General Precision[364] |
| AN/APN-82 | 35wattX-bandpulse-Dopplernavigation radar, identical to AN/APN-81 except for the addition of computerAN/ASN-6 | US Air Force | |
| AN/APN-89 | 275.24 lb (124.85 kg)pulse-Doppler drift angle andvelocity sensor operating from 8.7–8.9 GHz (3.45–3.37 cm) up to 430 mi (700 km) and 70,000 ft (21,000 m), part of AN/ASB-4 orAN/ASQ-38 bombing-navigation systems | B-52 Stratofortress[366] | General Precision[367] |
| AN/APN-97 | pulse-Dopplernavigation radar operating at 13.5 GHz (2.22 cm) up to 15,000 ft (4,600 m) | US Navy | Ryan Aeronautical[368] |
| AN/APN-99 | 35wattnavigation radar drift angle andvelocity sensor operating at 8.7–8.9 GHz (3.45–3.37 cm) up to 70,000 ft (21,000 m) and speeds up to 2,000 kn (3,700 km/h; 2,300 mph), usesAN/ASN-7 transistorized computer | US Air Force | |
| 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 (7.14–6.81 cm) | US Navy | Emerson Research Laboratories[370] |
| AN/APN-102 | 96 lb (44 kg) 10wattX-bandpulse-Doppler drift angle andvelocity sensor operating between 8.77–8.83 GHz (3.42–3.40 cm) at up to 70,000 ft (21,000 m) and speeds up to 939 kn (1,739 km/h; 1,081 mph), smaller version ofAN/APN-81[371] | RB-47 Stratojet,WB-47E Stratojet | General Precision[372] |
| AN/APN-105 | 217 lb (98 kg) 3wattpulse-Dopplernavigation radarvelocity sensor operating at 9.8 GHz (3.06 cm) up to 70,000 ft (21,000 m) | US Air Force | Laboratory for Electronics[373] |
| AN/APN-113 | Ku-bandpulse-Doppler drift angle andvelocity sensor with a range of 12 mi (20 km), part of AN/ASQ-42 | B-58 Hustler | Raytheon[374] |
| AN/APN-122 | Dopplernavigation radar, replaced byAN/APN-169[375] | A-6A Intruder[162] | |
| AN/APN-131 | 3wattX-bandpulse-Dopplerklystron powerednavigation radar operating from 9.79–9.81 GHz (3.06–3.06 cm) with a range of 12 nmi (14 mi; 22 km) | F-105 Thunderchief,T-39 Sabreliner,TF-8 Crusader | Laboratory for Electronics[376] |
| AN/APN-133 | 125wattL-band high altituderadar altimeter operating from 1.635–1.645 GHz (18.34–18.22 cm) up to 70,000 ft (21,000 m), modified SCR-728[377] | C-130 Hercules,C-135 Stratolifter | |
| AN/APN-141 | Radar altimeter, replaced byAN/APN-194[378] | A-4 Skyhawk,[156]A-6A Intruder,P-3A/B Orion[115] | Bendix Corp[379] |
| AN/APN-149 | Terrain-following radar | Did not enter service | Texas Instruments[380] |
| AN/APN-153 | Ku-bandpulse-Dopplernavigation radar, replaced byAN/APN-185[381] | A-4 Skyhawk,[125]A-6B Intruder,A-7A Corsair II,EA-6B Prowler,[168]P-3A/B Orion[115] | General Instrument[382] |
| AN/APN-155 | 0.8wattL-bandFrequency-ModulatedContinuous Wave (FMCW)radar altimeter operating from 1.615–1.645 GHz (18.56–18.22 cm) up to 3,300 ft (1 km) | F-4 Phantom II | Stewart-Warner[383] |
| AN/APN-159 | 1kW long rangeL-bandradar altimeter operating from 1.6–1.66 GHz (18.74–18.06 cm) up to 98,000 ft (30 km) | RF-4 Phantom II | Stewart-Warner[384] |
| AN/APN-165 | Terrain-following radar | OV-1 Mohawk | Texas Instruments[385] |
| AN/APN-169 | 130 lb (59 kg) 1kWstation-keeping radar controlling up to 36 aircraft to a 10-second 4,000 ft (1,200 m) separation, interfaces withAN/APN-241 and AN/TPN-27 zone marker, forerunner ofAN/APN-243, replacedAN/APN-59,AN/APN-122,AN/APQ-170 andAN/APQ-175 | C-17 Globemaster III,C-130E/H/J Hercules,C-141B Starlifter | Leonardo DRS[375] |
| AN/APN-171 | 59.9 lb (27.2 kg) 10kW upperJ-bandmonopulseterrain avoidance/terrain-following radar andaltimeter with a terrian clearance of 200–1,000 ft (61–305 m), replaced byAN/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[386] |
| AN/APN-182 | Ku-bandnavigation radar | SH-2F Seasprite,[41]SH-3 Sea King,UH-3H Sea King[122] | Teledyne Ryan[387] |
| AN/APN-185 | Pulse-Dopplernavigation radar, replacedAN/APN-153, replaced by AN/APN-190[388] | A-7D Corsair II | Singer Corp[381] |
| AN/APN-190 | Dopplergroundspeed and drift detectornavigation radar, replaced AN/APN-185[381] | A-7E Corsair II,AC-130E Spectre,F-111 Aardvark | Singer Corp[388] |
| AN/APN-194 | 4.4 lb (2.0 kg) 5wattsolid stateradar altimeter operating at 4.3 GHz (6.97 cm) at altitudes from 0–5,000 ft (0–1,524 m), replacedAN/APN-171,[386] replacedAN/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[378] |
| AN/APN-209 | 4.2 lb (1.9 kg) 5wattradar altimeter operating at 4.3 GHz (6.97 cm) at altitudes from 0–1,500 ft (0–457 m) compatible withnight vision goggles | AH-1 Cobra,CH-47 Chinook,OH-58C Kiowa,UH-1H Iroquois | Honeywell Aerospace[389][40] |
| AN/APN-215 | MultimodeX-band sea search terrain-mappingweather radar, identical toAN/APN-234[390] | RU-38A Twin Condor | AlliedSignal[390] |
| AN/APN-217 | 28 lb (13 kg)Navstar GPS equippedsolid statemicroprocessor-controlledCWDopplernavigation/velocity sensor operating at 13.25 GHz (2.26 cm) 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 | |
| AN/APN-218 | 82.1 lb (37.2 kg) 1.5wattDopplernavigation/velocity sensor operating at 13.3 GHz (2.25 cm) 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[392] |
| AN/APN-232 | Combined altitude radar altimeter (CARA) operating up to 50,000 feet (15,000 m)[123][393] | 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[394] | Extant Aerospace[395] |
| AN/APN-234 | MultimodeX-band sea search terrain-mapping colorweather radar, identical toAN/APN-215[390] | C-2A Greyhound | AlliedSignal |
| AN/APN-237 | Ku-bandterrain-following radar, part ofAN/AAQ-13 | Texas Instruments[385] | |
| AN/APN-239 | Lightweightweather/ground-mapping radar | Bendix/King[40] | |
| AN/APN-241 | X-band high-resolution Low Power Color Radar (LCPR) forweather andnavigation radar[396] includingterrain-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[397] |
| AN/APN-242 | 192 lb (87 kg) 25kW 360ºX-band color andweather andnavigation radar operating at 9.365–9.385 GHz (3.20–3.19 cm), replacedAN/APN-59[398] | Boeing RC-135,C-130 Hercules | Northrop Grumman[399] |
| AN/APN-243 | 25wattstation-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 withAN/APN-241 and AN/TPN-27 zone marker, upgradedAN/APN-169 | C-17 Globemaster III,C-130E/H/J Hercules,C-141B Starlifter | Leonardo DRS[375] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APS-2 | S-bandsurface-searchanti-submarine warfareradar andweather radar, also calledWSR-1/3/4 | US Coast Guardblimps,National Weather Service[402] | Philco |
| AN/APS-11 | 200watt short rangeUHFtail warning radar operating from 410–420 MHz (73–71 cm) at a range of 850 yd (780 m), derived fromMonica radar system,[458] used withAN/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 | Archietail warning radar operating at 300 MHz (1.00 m), derived from the ARI 5664Monica used by theRAF | US Army Air Forces[459] | |
| AN/APS-15 | Mickey set ground scanningX-band bombing radar,[460] also known asH2X[461] | B-17 Flying Fortress,B-24 Liberator,P-38 Lightning | MIT Radiation Laboratory |
| AN/APS-20 | S-bandairborne early warninganti-submarine analogmaritime surveillance andweather radar | A-1 Skyraider,AF-2W Guardian,[462]EA-1E Skyraider,EC-121 Warning Star,P-2 Neptune,PB-1W Flying Fortress,TBM-3W Avenger,WB-29 Superfortress,ZPG-2W blimp | |
| AN/APS-38 | 50kWX-band warning and attack radar operating from 9.32–10 GHz (3.22–3.00 cm) with a range of 37 nmi (43 mi; 69 km) | F-4G Wild Weasel V | |
| AN/APS-80 | 143kWX-bandsurface-search radar, forerunner ofAN/APS-88,[464]AN/APS-115 andAN/APY-10 family of radars | P-3A/B Orion[115] | Texas Instruments |
| AN/APS-82 | 1MWS-bandairborne early warning and control3D radar with ground stabilization, turn stabilization and targetheight finder operating from 2.85–2.91 GHz (10.52–10.30 cm) with a range of 180 nmi (210 mi; 330 km)[465] | E-1B Tracer[462][466] | Hazeltine Corp[467] |
| AN/APS-88 | 45kWX-bandsurface-search radar with a range of 35 nmi (40 mi; 65 km), developed fromAN/APS-80 | SHU-16B Albatross,S-2 Tracker | Texas Instruments[464] |
| AN/APS-94 | Side-lookingsurveillance and mapping radar[196] | OV-1D Mohawk[468] | |
| AN/APS-96 | Airborne early warning and controlUHF-bandradar operating at 400–450 MHz (75–67 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 byAN/APS-120 | E-2 Hawkeye[462] | General Electric[469] |
| AN/APS-105 | Radar receiving set | B-52 Stratofortress | Dalmo-Victor[153] |
| AN/APS-107 | Radar warning receivertarget acquisition system forAGM-78 | EF-4D Wild Weasel IV[127] | |
| AN/APS-109 | Radar warning receiver system, replaced byAN/ALR-62[270] | F-111 Aardvark | Dalmo-Victor |
| AN/APS-115 | 143kWX-bandanti-submarine warfaresurface-search radar operating from 8.5–9.6 GHz (3.53–3.12 cm) with a range of 200 nmi (230 mi; 370 km),[470] developed fromAN/APS-80 | P-3C Orion[115] | Texas Instruments[68] |
| AN/APS-116 | 500kWX-bandnavigation andanti-submarine warfare radar operating between 9.5–10 GHz (3.2–3.0 cm) and a range of 150 nmi (170 mi; 280 km), forerunner ofAN/APS-137 andAN/APS-506 | P-3 Orion,S-3A Viking | Motorola[471] |
| AN/APS-120 | 1MW long rangeUHF air andsurface-search radar operating from 406–450 MHz (0.74–0.67 m) with a range of 200 nmi (230 mi; 370 km), replacedAN/APS-96,[462] replaced by AN/APS-125 | E-2C Hawkeye | General Electric[472] |
| AN/APS-124 | 210 lb (95 kg) 350kWX-band 360°anti-submarine warfaresurveillance/search radar operating from 6.2–10.9 GHz (4.84–2.75 cm) with a range of 160 nmi (180 mi; 300 km), part ofLight Airborne Multi-Purpose System (LAMPS III), developed fromAN/APS-115 andAN/APS-116, replaced byAN/APS-147 | SH-60B Seahawk,SH-60F Seahawk | |
| AN/APS-125 | 1MW long rangeUHF air and searchpulse-Doppler radar operating from 406–450 MHz (0.74–0.67 m) with a range of 250 nmi (290 mi; 460 km), replaced AN/APS-120,[462] forerunner ofAN/APS-138 | E-2C Hawkeye | Lockheed Martin[475] |
| AN/APS-127 | 200kWX-bandanti-submarine warfare radar with a range of 160 nmi (180 mi; 300 km), developed fromAN/APS-124, replaced by AN/APS-143 | US Coast GuardHU-25 Guardian | Texas Instruments[476] |
| AN/APS-129 | 343 lb (156 kg) 70kW airbornenavigation/search radar operating from 9.355–9.395 GHz (3.205–3.191 cm) | A-6 Intruder[184] | Naval Avionics Facility, Indianapolis[477] |
| AN/APS-130 | 382 lb (173 kg) 100kWKu-bandsurveillance andnavigation radar operating from 12–18 GHz (2.50–1.67 cm) with a range of 150 nmi (170 mi; 280 km), developed fromAN/APQ-156 andAN/APQ-129, replaced AN/APQ-192, forerunner ofAN/APS-146 | EA-6B Prowler[184] | Northrop Grumman[478][c] |
| AN/APS-133 | 120 lb (54 kg) 65kWX-band multimode digital colorweather/terrain-mapping/beaconnavigation radar operating from 9.37–9.38 GHz (3.20–3.20 cm) and 9.35–9.315 GHz (3.21–3.22 cm) 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 | |
| AN/APS-134 | 527 lb (239 kg) 500kWX-bandanti-submarine warfareinverse synthetic-aperture radar (ISAR) operating from 9.5–10 GHz (3.16–3.00 cm) with a range of 150 nmi (170 mi; 280 km),[481] derived fromAN/APS-116 andAN/APS-124, replaced byAN/APS-137 | HC-130H Hercules,P-3C Orion | |
| AN/APS-137 | 551 lb (250 kg) 50kW multipurposeX-bandsurveillancesynthetic-aperture/Inverse synthetic-aperture radar for standoff target identification operating from 9.3–10.1 GHz (3.22–2.97 cm) for a range of 250 nmi (290 mi; 460 km), developed fromAN/APS-116, replacedAN/APS-134,[482] forerunner ofAN/APY-10[483] | ES-3A Shadow,HC-130H Hercules,P-3C Orion,S-3B Viking | Raytheon,[484] |
| AN/APS-138 | 1MW long rangeUHF air and searchpulse-Doppler radar operating from 406–450 MHz (0.74–0.67 m), replacedAN/APS-125,[462] extending range to 300 nmi (350 mi; 560 km), forerunner of AN/APS-139 | E-2C Hawkeye | |
| AN/APS-143 | Ocean Eye 8kWX-bandmaritime surveillance radar operating from 9.25–9.7 GHz (3.24–3.09 cm) with a range of 256 nmi (295 mi; 474 km) | Telephonics[485] | |
| AN/APS-145 | High power 1MWUHFDoppler airborneearly-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 (0.75–0.67 m) with a range greater that 350 nmi (400 mi; 650 km),[486] upgrade of AN/APS-138, replaced byAN/APY-9[487] | E-2C Hawkeye[462] | |
| AN/APS-146 | 60kWKu-bandsurveillance andnavigation radar with a range of 200 nmi (230 mi; 370 km), upgradedAN/APS-130 | EA-6B Prowler,Did not enter service | Northrop Grumman[478] |
| AN/APS-147 | X-bandinverse synthetic-aperture radar with a range of 200 nmi (230 mi; 370 km), forerunner ofAN/APS-153 | MH-60R Seahawk[75] | Telephonics[489] |
| AN/APS-148 | Sea VueX-band radar, improved AN/APS-137 | Raytheon | |
| AN/APS-149 | Wideapertureactive electronically scanned array (AESA)X-bandLittoralSurveillance Radar System (LSRS), forerunner ofAN/APY-10 | P-3C Orion | |
| AN/APS-153 | X-bandinverse synthetic-aperture radar with a range of 200 nmi (230 mi; 370 km), improvedAN/APS-147[489] | MH-60R Seahawk[75] | Telephonics[490] |
| AN/APS-154 | Advanced Airborne Sensor (AAS) | P-8 Poseidon | Raytheon |
| AN/APS-506 | X-bandanti-submarine warfare radar, developed fromAN/APS-116 | P-3 Orion | Raytheon |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APW-11 | 137watt Bombing Air Radar Guidance System and transponder operating from 2.7–2.95 GHz (0.111–0.102 m),[491] used withAN/MSQ-1, airborne part ofMatador Automatic Radar Control (MARC)[492] | B-57 Canberra,F-84F Thunderstreak,MGM-1 Matador,North American X-10 |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APX-1 | Identification Friend or Foe (IFF) system | Hazeltine Corp[493] | |
| AN/APX-6 | L-bandIFF 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 | 2kW airborneL-bandidentification friend or foetransponder operating from 1.03–1.09 GHz (29–28 cm) | Packard Bell[494] | |
| AN/APX-64 | Identification Friend or Foe (IFF) system | A-4 Skyhawk,[125] | Hazeltine Corp |
| AN/APX-72 | 15 lb (6.8 kg)Identification Friend or Foe (IFF)transponder transmitting at 1.09 GHz (27.50 cm) and receiving at 1.03 GHz (29.11 cm), replaced byAN/APX-117[495] | US Air Force,US Army,US Navy,US Marine Corps |
|
| AN/APX-76 | 37 lb (17 kg) 2kWL-bandjamming resistantIdentification Friend or Foe (IFF) interrogator usingIFF Mark X (SIF) andIFF Mark XII receiving at 1.03 GHz (29.11 cm) and transmitting at 1.09 GHz (27.50 cm),[497] replaced byAN/APX-111[498] | 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[499] |
| AN/APX-80 | Combat TreeIdentification Friend or Foe (IFF)non-cooperative target recognition interrogation system,[500] comprises AN/APX-76 and AN/APX-81 | F-4D Phantom II,[127]F-4E Phantom II[501] | |
| AN/APX-81 | Identification Friend or Foe (IFF) system with a range of 60 nmi (69 mi; 110 km)[502] | F-4 Phantom II | |
| AN/APX-89 | Identification Friend or Foe (IFF) system | F-4J Phantom II[185] | |
| AN/APX-100 | 10 lb (4.5 kg) 500wattIdentification Friend or Foe (IFF) system usingIFF Mark X (SIF) andIFF Mark XII receiving at 1.03 GHz (0.29 m) and transmitting at 1.09 GHz (0.28 m),[503] replaced byAN/APX-111[498] | 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 | |
| AN/APX-101 | 14.4 lb (6.5 kg) 500wattIdentification Friend or Foe (IFF)transponder usingIFF Mark XII receiving at 1.03 GHz (29.11 cm) and transmitting at 1.09 GHz (27.50 cm), replaced byAN/APX-111[498] | A-10A Thunderbolt II,F-5E/F Tiger II,F-15 Eagle,F-15E Strike Eagle,F-16 Fighting Falcon,KC-10 Extender | Teledyne[505] |
| AN/APX-103 | Identification Friend or Foe (IFF)transponder usingIFF Mark X (SIF) andIFF Mark XII,[506] used withAN/APY-1 orAN/APY-2 | E-3 Sentry | Telephonics[507] |
| AN/APX-111 | 45.5 lb (20.6 kg) 1.35kWIdentification Friend or Foe (IFF) Combined Interrogator/Transponder (CIT) system usingIFF Mark XII withMode S interrogating at 1.03 GHz (29.11 cm) and transponding at 1.09 GHz (27.50 cm) with a range of 100 nmi (120 mi; 190 km), replacedAN/APX-76,AN/APX-100 andAN/APX-101 | F/A-18 Hornet | BAE[498] |
| AN/APX-113 | 42.5 lb (19.3 kg) 2.4kW AdvancedIdentification Friend or Foe (AIFF) Combined Interrogator/Transponder (CIT) system usingIFF Mark XII withMode S interrogating at 1.03 GHz (29.11 cm) and transponding at 1.09 GHz (27.50 cm) with a range of 100 nmi (120 mi; 190 km), modified AN/APX-111[498] | F-16 Fighting Falcon | BAE[508] |
| AN/APX-117 | 9.8 lb (4.4 kg) 500wattIdentification Friend or Foe CommonTransponder (CXP) usingIFF Mark XII withMode S transmitting at 1.09 GHz (27.50 cm) and receiving at 1.03 GHz (29.11 cm), developed from AN/APX-111 and AN/APX-113, replacedAN/APX-72,AN/APX-100 andAN/APX-101 | US Army,US Coast Guard,US Navy | BAE[495] |
| AN/APX-118 | 9.8 lb (4.4 kg) 500wattIdentification Friend or Foe CommonTransponder (CXP) usingIFF Mark XII withMode S and embedded Mode 4 crypto transmitting at 1.09 GHz (27.50 cm) and receiving at 1.03 GHz (29.11 cm), developed from AN/APX-111 and AN/APX-113, replacedAN/APX-72,AN/APX-100 andAN/APX-101 | US Army,US Coast Guard,US Navy | BAE[509] |
| AN/APX-125 | Airborne 2.4kW combinedIdentification Friend or Foe (IFF) interrogator/transponder system usingIFF Mark XII withMode S with a range of over 100 nmi (120 mi; 190 km) | F-16 Fighting Falcon | BAE[508] |
| AN/APX-126 | Airborne 2.4kW combinedIdentification Friend or Foe (IFF) interrogator/transponder system usingIFF Mark XII withMode S with a range of over 100 nmi (120 mi; 190 km) | F-16 Fighting Falcon | BAE[510] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/APY-1 | 9,826 lb (4,457 kg)S-bandAirborne Early Warning and Control (AEW&C)passive electronically scanned arraysurveillance radar operating from 2–4 GHz (14.99–7.49 cm) with a 216 nmi (249 mi; 400 km) range[511] | E-3 Sentry | Northrop Grumman[512] |
| AN/APY-2 | 9,826 lb (4,457 kg)S-bandAirborne Early Warning and Control (AEW&C)passive electronically scanned arraysurveillance radar, improved AN/APY-1 with an enhanced maritime surveillance mode and a range of 300 nmi (350 mi; 560 km)[511] | E-3 Sentry[462] | Northrop Grumman[512] |
| AN/APY-3 | 4,200 lb (1,900 kg)X-band planarpassive phased array multimodesurface-search/surveillancesynthetic-apertureside-looking airborne radar with a range of 124 nmi (143 mi; 230 km), works withAN/TSQ-179 | E-8 Joint STARS (JSTARS) | |
| AN/APY-6 | 625 lb (283 kg) 13kWKu-band planarpassive phased array multimode groundmoving target indicator (GMTI)inverse synthetic-aperture radar (ISAR) operating from 16.5–16.6 GHz (1.82–1.81 cm) with a range of 100 nmi (120 mi; 190 km), developed fromAN/APG-76 | Northrop Grumman[514] | |
| AN/APY-7 | Pave MoverX-bandsolid stateActive Electronically Scanned Array (AESA) radar with a 152 mi (245 km) range, developed fromAN/APY-3 | Northrop Grumman | |
| AN/APY-9 | Active Electronically Scanned Array (AESA)UHF multi-modeAirborne Early Warning and Control (AEW&C)Doppler radar operating between 0.3–3.0 GHz (99.93–9.99 cm) with a range of 350 nmi (400 mi; 650 km), replacedAN/APS-145 | E-2D Advanced Hawkeye[487] | Lockheed Martin |
| AN/APY-10 | X-band multifunction mechanically scanned high-resolutioninverse synthetic-aperturesurveillanceDoppler radar with a range of 250 nmi (290 mi; 460 km), developed fromAN/APS-149, replacedAN/APS-137[515] | P-8 Poseidon |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AQA-7 | Airborneanti-submarine warfare (ASW)sonobuoysignal processor, used withAN/SSQ-53,AN/SSQ-62 andAN/SSQ-77 | P-3 Orion | Ultra Electronics[516] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AQM-24 | Sonar Test Central, supports testing ofAN/AQS-13 related systems and components | US Navy |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AQS-10 | Anti-submarine warfare (ASW) helicopter dipping activesonar suspended from a 250 ft (76 m) cable with a range of 11.36 mi (18.28 km) | SH-3A Sea King | Bendix Corp[517] |
| AN/AQS-13 | Anti-submarine warfare (ASW) helicopter dipping active/passivesonobuoy with a range of 4.0 nmi (7.4 km),[518] improved AN/AQS-10 | SH-3 Sea King,SH-60F Oceanhawk | L3Harris |
| AN/AQS-14 | Helicoptermine countermeasure active side-lookingsonar system with a range of 980 yd (0.9 km)[519][520] | RH-53D Sea Stallion,Sikorsky S-80,MH-53E Sea Dragon[521] | |
| AN/AQS-18 | Anti-submarine warfare (ASW) helicopter dipping active/passivesonobuoy with a range of 4.0 nmi (7.4 km),[522] export version of AN/AQS-13F | L3Harris | |
| AN/AQS-20 | Helicopter or ship-borne underwater towedmine countermeasuresonar system with a range of 0.59 nmi (1.1 km)[523][d] | MH-60S Knighthawk,MH-53E Sea Dragon,MH-60S Knighthawk | Raytheon |
| AN/AQS-22 | 600 lb (270 kg) active/passive shallow water advanced dipping AirborneLow FrequencySonar (ALFS), also known as Folding Light Acoustic System for Helicopters (FLASH),[524] with a range of 8.0 nmi (14.8 km)[525][75] | MH-60R Seahawk | ThalesRaytheonSystems[526] |
| AN/AQS-24 | Airborne Mine Countermeasures (AMCM) towed mine detectingsynthetic-aperture sonar (SAS) operating at speeds up to 18 knots (33 km/h; 21 mph)[527] | MH-53E Sea Dragon[528] | Northrop Grumman[529] |
| AN/AQS-176 | Terrain following radar, replacedAN/ASQ-38, replaced byAN/APQ-166[27] | B-52G/H Stratofortress | |
| AN/AQS-502 | Anti-submarine warfare (ASW) helicopter dipping activesonobuoy suspended from a 443 ft (135 m) cable with an effective range of 1 nmi (1.9 km), export version ofAN/AQS-13B[517] | CH-124 Sea King | L3Harris |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ARA-25 | 24.7 lb (11.2 kg)UHFAM/CWdirection finding receiver operating from 225–399.9 MHz (1.33–0.75 m) in 18 channels[530] | A-3 Skywarrior,[531]A-4F Skyhawk,[156]B-47 Stratojet,F-11 Tiger,SH-3A Sea King,[532]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[533] | B-47 Stratojet | |
| AN/ARA-50 | UHFdirection finding radio operating from 225–400 MHz (1.33–0.75 m) | C-130T Hercules,[123] | |
| AN/ARA-60 | Teletype communications system[110] | E-4B NEACP,Boeing EC-135[534] | |
| AN/ARA-63 | Instrument Carrier Landing System (ICLS) Receiving-Decoding Group (R-DG), receivesAN/SPN-41 guidance signals[535] | C-130T Hercules,[123]E-2C Hawkeye | |
| AN/ARA-64 | TACSATCOM (tacticalsatellite communications)UHF terminal operating at 70 MHz (4.28 m)[110][536] | Electronic Communications[537] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ARC-1 | 6wattVHFAM radiotransceiver operating between 100–156 MHz (3.00–1.92 m) over 10 preset channels with 280 mi (450 km) range at 50,000 ft (15,000 m)[538] | Western Electric[539] | |
| AN/ARC-3 | 8wattVHFAM radio operating between 100–156 MHz (3.00–1.92 m) over 8 presetcrystal controlled channels[538][540] | ||
| AN/ARC-5 | Multi-channelAMCW/MCWvacuum-tube radiotransmitter/receiver set operating from 0.19–258 MHz (1,577.86–1.16 m) depending on configuration | US Navy | |
| AN/ARC-8 | 203.2 lb (92.2 kg) high power long rangeAMHF voice/tone/telegraphtransceiver transmitting from 200–500 kHz (1,498.96–599.58 m) and 2–18 MHz (149.90–16.66 m) at 90watts on 11 preset channels simultaneously receiving from 200–500 kHz (1,498.96–599.58 m) or 1.5–18 MHz (199.86–16.66 m), consisted ofAN/ARR-11 andAN/ART-13[533] | USAAF/US Air Force | Rockwell Collins |
| AN/ARC-12 | 2wattAM radiotransceiver operating between 190–550 kHz (1.58–0.55 km) and 116–148 MHz (2.58–2.03 m)[538] | ||
| AN/ARC-21 | 100watt long-rangeHFvacuum tubeSingle-sideband (SSB) radiotransceiver operating from 2–24 MHz (149.90–12.49 m) over 20 channels up to 50,000 ft (15,240.00 m),[541] replaced byAN/ARC-65 | B-47 Stratojet,B-52 Stratofortress,RB-66 Destroyer[309] | RCA Corp[542] |
| AN/ARC-25 | 65watt high power long rangeAMHF voice/tone/CWtransceiver weighing more than 475.5 lb (215.7 kg) receiving between 1.5–18.5 MHz (199.86–16.20 m) and transmitting from 2–18 MHz (149.90–16.66 m) both on 10 preset channels, consisted ofAN/ARR-15 andAN/ART-13, replaced byAN/ARC-38[533] | US Navy | |
| AN/ARC-27 | 9wattUHFAM radiotransceiver weighing 71 lb (32 kg) operating between 225–400 MHz (1.33–0.75 m) over 1,750 channels,[538] the first UHF radio designed for use in aircraft[543] | A-4 Skyhawk,[125]B-47 Stratojet,F5D Skylancer,F-11 Tiger,T-33 Shooting Star | Collins Radio |
| AN/ARC-34 | 8wattUHF radio system operating between 225–399.9 MHz (1.33–0.75 m),[110] unpressurized version ofAN/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 | |
| AN/ARC-36 | 8wattAM radiotransceiver operating between 100–156 MHz (3.00–1.92 m)[538] | ||
| AN/ARC-38 | 100wattHFAM/CW/SSBtransceiver operating from 2–25 MHz (149.90–11.99 m) over 20 channels,[539] forerunner toAN/ARC-58, replacedAN/ARC-25[533] | US Navy | Collins Radio[544] |
| AN/ARC-44 | 8watt 39 lb (18 kg)FM radiotransceiver operating between 24–51.9 MHz (12.49–5.78 m) over 280 channels for about 50 mi (80 km),[539] replaced byAN/ARC-54[545] | ||
| AN/ARC-45 | 2wattUHFAM radiotransceiver operating between 225–400 MHz (1.33–0.75 m) over 1,750 channels[546] | US Army | |
| AN/ARC-51 | 20watt 31 lb (14 kg)UHFAM radiotransceiver operating from 225–400 MHz (1.33–0.75 m), replaced AN/ARC-55, used inAN/TSQ-71, replaced byAN/ARC-116[547][548] | A-4 Skyhawk,[125]P-3A/B Orion[115] | Admiral Corp |
| AN/ARC-54 | 10wattFM radiotransceiver operating between 30–69.95 MHz (9.99–4.29 m), replacedAN/ARC-44[549] | ||
| AN/ARC-55 | UHFAM radiotransceiver operating from 225–400 MHz (1.33–0.75 m), replaced by AN/ARC-51[550] | US Army | |
| AN/ARC-58 | 1kWHFAM/CW/SSBtransceiver operating from 2–30 MHz (149.90–9.99 m),[110][539] developed fromAN/ARC-38[544] | Collins Radio | |
| AN/ARC-60 | 0.5wattVHFAM radiotransceiver operating from 228–258 MHz (1.31–1.16 m)[538] | Aircraft Radio Corp | |
| AN/ARC-65 | 230watt long rangeHFSingle-sideband (SSB) radio system operating from 2–24 MHz (149.90–12.49 m), replacedAN/ARC-21[551] | RCA Corp[542] | |
| AN/ARC-73 | 25wattAM radiotransceiver operating from 116–149.95 MHz (2.58–2.00 m),[538] used inAN/TSQ-71 | ||
| AN/ARC-85 | 50watt 116 lb (53 kg)UHFsimplexAM radiotransceiver operating from 225–400 MHz (1.33–0.75 m), paired with AN/ASQ-59[552] | ||
| AN/ARC-89 | 50wattSAC Airborne Communications SystemUHFFM relay radio with 12 fullduplex voice channels operating from 225–399.95 MHz (133.24–74.96 cm),[553] used withAN/ACC-1 andAN/ACC-2, replaced byAN/ARC-171 | B-47 Stratojet | E-Systems |
| AN/ARC-96 | 20kWVery Low Frequency/Low Frequency (VLF/LF) radio system operating between 17–60 kHz (17.63–5.00 km)[110] | Westinghouse Electric Corp[554] | |
| AN/ARC-97 | 23 lb (10 kg)UHFAM two-way radio repeater operating from 225–400 MHz (1.33–0.75 m) | RCA Corp[550] | |
| AN/ARC-109 | 30wattsolid-stateUHF radiotransceiver operating from 225–400 MHz (1.33–0.75 m) over 3,500 channels (20 preset) | Collins Radio[555] | |
| AN/ARC-114 | 10watt 8 lb (3.6 kg)solid-stateFM 800 channel radiotransceiver operating from 30–69.95 MHz (9.99–4.29 m)[556] | ||
| AN/ARC-115 | VHFAMtransceiver | GTE-Sylvania[40] | |
| AN/ARC-116 | 10watt 10 lb (4.5 kg)solid-stateVHFAM radiotransceiver, replacedAN/ARC-51[557] | ||
| AN/ARC-133 | UHF radio communication system, pressurized version ofAN/ARC-34[110] | Magnavox | |
| AN/ARC-159 | UHF command radio operating from 225–400 MHz (1.33–0.75 m) | C-130T Hercules,[123]SH-2F Seasprite,[41] | |
| AN/ARC-164 | 10wattUHFAMHave Quick capable radio system operating from 225–399.975 MHz (1.33–0.75 m), replaced byAN/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 | |
| AN/ARC-171 | 39 lb (18 kg) 100wattUHFAM/FM/Frequency-shift keying (FSK) radio withelectronic counter-countermeasures andMILSTAR capabilities operating from 225–339.975 MHz (1.33–0.88 m) over 7,000 channels, replacedAN/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[558] |
| AN/ARC-182 | 13.3 lb (6.0 kg) 15wattVHF/UHFAM/FM two-way multi-modeHave Quick capable radiotransceiver operating from 30–400 MHz (9.99–0.75 m), forerunner ofAN/ARC-210[559] | US Navy,US Marine Corps,US Coast Guard | Rockwell Collins[41] |
| AN/ARC-186 | 13 lb (5.9 kg) 10wattVHFAM/FM two-way radio system transmitting on AM from 116–151.975 MHz (2.58–1.97 m) and receiving on AM 108–115.975 MHz (2.78–2.58 m) as well as transmit/receive on FM 30–87.975 MHz (9.99–3.41 m) over 20 preset channels,[560] replaced byAN/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[561] |
| AN/ARC-187 | 21.7 lb (9.8 kg) secureUHF 30wattAM and 100wattFM/Frequency-shift keying (FSK) radio withHave Quick II capability operating between 225–399.975 MHz (133.24–74.95 cm) over 7,000 channels, developed fromAN/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[562] |
| AN/ARC-190 | 77.5 lb (35.2 kg) 400watt software operated long distanceHFSingle-sideband (SSB)Amplitude Modulated Equivalent (AME)/CW radio system operating from 2–30 MHz (149.90–9.99 m) 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[563] |
| AN/ARC-199 | 26.1 lb (11.8 kg) 500wattHFsingle-sideband (SSB)Amplitude Modulated Equivalent (AME)/CW radio operating from 2–30 MHz (149.90–9.99 m), works with AN/VRC-86, replaced byAN/ARC-220 | US Army | |
| AN/ARC-200 | 38.5 lb (17.5 kg) 200wattHFSingle-sideband (SSB)Amplitude Modulated Equivalent (AME)/CW radio operating from 2–30 MHz (149.90–9.99 m), ruggedized AN/ARC-199 | F-16 Fighting Falcon | AlliedSignal[565] |
| AN/ARC-207 | 1kWHFSingle-sideband (SSB)Amplitude Modulated Equivalent (AME)/CW radio operating from 2–30 MHz (149.90–9.99 m), developed from AN/ARC-153, replaced AN/ARC-143 | P-3C Orion | Rockwell Collins[566] |
| AN/ARC-210 | 23watt 12.2 lb (5.5 kg) multi-modeVHF/UHF/SATCOMHave Quick andSINCGARS capable two-way radio operating from 30–941 MHz (9.99–0.32 m), improvedAN/ARC-182 | AV-8B Harrier II,[567]B-52H Stratofortress,C-130T Hercules[123]EA-18G Growler,[568]F-16 Fighting Falcon,[569]F/A-18C/D Hornet,F/A-18E/F Super Hornet, and many more | Rockwell Collins |
| AN/ARC-220 | 36.75 lb (16.67 kg) 175watt long range voice/dataHFSingle-sideband (SSB)Amplitude Modulated Equivalent (AME)/CW radio withelectronic counter-countermeasures (ECCM)frequency hopping capability operating from 2–30 MHz (149.90–9.99 m), replacedAN/ARC-199[564] | AH-64D Apache Longbow,CH-47D Chinook,UH-1 Iroquois,UH-60 Black Hawk,OH-58 Kiowa | Rockwell Collins[570] |
| AN/ARC-222 | 11.6 lb (5.3 kg)VHFSINCGARStransceiver operating from 108–155.975 MHz (2.78–1.92 m)AM and 30–87.975 MHz (9.99–3.41 m)FM and 156.025–162.025 MHz (1.92–1.85 m) maritime band, replacedAN/ARC-186 | C-130J Super Hercules,E-8 Joint STARS (JSTARS),F-16C/D Fighting Falcon,MC-130H Combat Talon II | Raytheon[571] |
| AN/ARC-231 | SkyfireVHF/UHF/SATCOMAM/FMHave Quick andSINCGARS capablesoftware-defined radio operating from 30–512 MHz (9.99–0.59 m) | BAE | |
| AN/ARC-232 | VHF/UHF/SATCOMAM/FMHave Quick andSINCGARS capablesoftware-defined radio operating from 30–512 MHz (9.99–0.59 m), replacedAN/ARC-164 | Raytheon | |
| AN/ARC-302 | AM radiotransceiver operating from 118–136 MHz (2.54–2.20 m)[538] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ARN-5 | 11 lb (5.0 kg)glide path receiver and visual indication landing guidance system operating at 332.6 MHz (90.14 cm) or 333.8 MHz (89.81 cm) or 335 MHz (89.49 cm)CW with a 15 mi (24 km) range,[572] used withAN/CRN-2 | ||
| AN/ARN-6 | 55 lb (25 kg) automaticradio compass operating between 100–1,750 kHz (2,998–171 m) over 4frequency bands in compass mode and 2.8–5.9 MHz (10,706.87–5,081.23 cm) for emergency communications (not compass) mode usingCW orMCW modulation[572] | B-47 Stratojet,F-84F Thunderstreak | Bendix Corp |
| AN/ARN-7 | 98 lb (44 kg) manually tuned long range automaticvacuum-tubeCWradio compass operating between 100–1,750 kHz (2,998–171 m) for a 100 mi (160 km) range[572] | TB-32-10-CF Dominator | Bendix Corp |
| AN/ARN-11 | 60 lb (27 kg)radio compass and generalradio receiver operating from 200–400 kHz (1,498.96–749.48 m) or 0.55–1.2 MHz (545.08–249.83 m) in compass mode or 200–400 kHz (1,498.96–749.48 m), 0.5–1.2 MHz (599.58–249.83 m) or 2.9–6 MHz (103.38–49.97 m) communications receiver mode over a range of 150 mi (240 km)[572] | ||
| AN/ARN-12 | Lightweight 25 lb (11 kg)marker beaconMCWreceiver operating at 75 MHz (4.00 m) giving aural and visual indications up to altitudes of 35,000 ft (11,000 m)[572] | A-4F Skyhawk,[156]B-47 Stratojet | |
| AN/ARN-14 | 68.8 lb (31.2 kg) doublesuperheterodyneVHF omnidirectional range (VOR)navigation receiver operating from 108–135.9 MHz (2.78–2.21 m) over 280 channels with a 300 mi (480 km) range and up to 50,000 ft (15,000 m) altitude[573] | A-4F Skyhawk,[156]B-47 Stratojet,F-11 Tiger | |
| AN/ARN-21 | Tactical air navigation system (TACAN) system operating in theUHF range from 1.025–1.15 GHz (29.25–26.07 cm) over 252 channels[574] | A-4 Skyhawk,[125][156]F5D Skylancer | |
| 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[575] | |
| AN/ARN-118 | 34.2 lb (15.5 kg) 100wattsolid-statetactical 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[576] |
| AN/ARN-123 | 200 channelsolid-stateVHF 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 | |
| AN/ARN-126 | VHF radio navigation system receivingVOR/ILS signals operating from 108–122 MHz (2.78–2.46 m) and 328.6–335.4 MHz (0.91–0.89 m) 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 combiningILS andKu-bandMicrowave Pulse Coded Scanning Beam (MPCSB) navigation aids with an accuracy of 30 ft (9.1 m), replacedAN/ARA-63 | US Navy | Marconi Electronic Systems[578] |
| 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[579] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ARR-11 | Radio communication receiver system, also known asBC-348, part ofAN/ARC-8[533] | B-17 Flying Fortress,B-24 Liberator,B-25 Mitchell,B-26 Marauder,B-29 Superfortress,C-47 Skytrain |
|
| AN/ARR-15 | 44.3 lb (20.1 kg) general purpose airborneAMHF radio receiving voice/CW/MCW signals between 1.5–18.5 MHz (199.86–16.20 m) on 10 preset channels, part ofAN/ARC-25[533] | Collins Radio | |
| AN/ARR-71 | Solid-stateAM/FMUHF radio receiver[110] with an automaticservo-controlled 3,500 channel tuner operating between 225–399.95 MHz (1.33–0.75 m) | Electronic Communications[580] | |
| AN/ARR-78 | AdvancedSonobuoyCommunications Link (ASCL) 115.2 lb (52.3 kg) computer controlledradio receiver using 20 receiver modules on 99VHF channels up to 30,000 ft (9,100 m) | P-3C Orion,S-3B Viking | GEC-Marconi[581] |
| AN/ARR-88 | Panoramicelectronic support measures receiver | RB-52B Stratofortress[309] |
| 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 |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ART-13 | 100watt radiotransmitter operating up to 18 MHz (16.66 m), part ofAN/ARC-8 andAN/ARC-25[533] | B-29 Superfortress | |
| AN/ART-42 | High powerUHF radiotransmitter[110] | ||
| AN/ART-47 | 1kWUHF radiotransmitter[110][582] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASB-1 | Bomb-director radar system[583] | A-3 Skywarrior[584] | Norden Systems[585] |
| AN/ASB-7 | Bomb-director radar system[586] | A-3B Skywarrior[587] | |
| AN/ASB-15 | Bombing/navigation system, replaced byAN/ASQ-48[309] | B-52 Stratofortress[588] | |
| AN/ASB-19 | 128 lb (58 kg) Angle Rate Bombing System (ARBS) day/nighttarget acquisitionlaser/TV tracker integrated with onboard mission computer andhead-up display (HUD) | A-4M Skyhawk II,AV-8B Harrier II Plus | Hughes Aircraft[379][589] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASC-15 | 285 lb (129 kg) airbornesecurecommand and control (C2)HF/VHF/UHFAM/FM system withHave Quick II andSINCGARS compatibility operating from 2–400 MHz (149.90–0.75 m) | UH-60 Black Hawk | Rockwell International[590] |
| AN/ASC-21 | Air Force Satellite Communications (AFSATCOM) system[110] | E-4B NEACP[591] | Rockwell Collins |
| AN/ASC-26 | Helicopter mountedUHF/VHFCommand and Control Communications Central[592] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASD-5 | Black Crowmagnetic anomaly detector (MAD) passivephased-arrayantennadirection finder detecting electrical signals (e.g. produced by gasoline engine ignitions, etc) at average ranges of 5–6 mi (8.0–9.7 km)[593] and could pick up localized deviations in theEarth's magnetic field normally used to detect submergedsubmarines | AC-130A/E/H Spectre[33] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASG-15 | Fire-control radar | B-52G Stratofortress[309] | |
| AN/ASG-18 | Prototype airbornepulse-dopplerfire-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[309] | |
| AN/ASG-22 | Air-to-air target lead computing optical sight with amplifier and gyro | F-4D Phantom II[127] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASH-30 | Tactical Electronic Processing & Evaluation System (TERPES) | EA-6B Prowler[184] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASN-6 | EarlyCold War-era 45-pound (20 kg) airborne automaticdead reckoning navigation computer for continuous latitude and longitude based on integrated data from other systems | US Air Force | Ford Instrument Company[594] |
| AN/ASN-7 | Airborne self-conatined automaticdead 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[595] |
| 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'sKearfott Div[596] |
| 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 AircraftInertial 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[597] |
| 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 |
|
| AN/ASN-128 | 31 lb (14 kg) lightweightDoppler/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[599] |
| AN/ASN-130 | 35 lb (16 kg) third generation mechanicalgyroscope based Carrier AircraftInertial Navigation System (CAINS IA),[600] used with AN/ASN-123,[598] replaced AN/ASN-92,[597] replaced by AN/ASN-139 | EA-6B Prowler,F-14D Super Tomcat,[136]F/A-18 Hornet | Litton Guidance & Control Systems[601] |
| AN/ASN-137 | Doppler radar | GEC-Marconi[40] | |
| AN/ASN-139 | Ring laser gyroscope based Carrier AircraftInertial Navigation System (CAINS II),[602] 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[601] |
| 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 | Airborneinertial navigation system (INS) integrated withGPS providing precise position, velocity, and time navigation data for all-weather navigation which may also be intergated with other navigational aid systems | Litton Industries | |
| AN/ASN-157 | <13-pound (5.9 kg) integrated3D navigation system operating up to 10,000 ft (3,000 m) | AH-64D Apache Longbow | BAE[603] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/ASQ-8 | 100 lb (45 kg)[604]Magnetic Anomaly Detector (MAD)anti-submarine warfare detection set withfluxgate magnetometer produced paper charts of anomalies | P-2 Neptune,P-5 Marlin,S-2 Tracker[605] | |
| AN/ASQ-10 | About 30 lb (14 kg)servo-stabilizedMagnetic detecting (fluxgate magnetometer) set[607] | P-3A Orion[604] | Dubrow Electronic Industries[608] |
| AN/ASQ-19 | Miniaturized communication/navigation/identification suite | F-4D Phantom II[127] | Rockwell Collins |
| AN/ASQ-38 | Bombing/navigation and terrain computer system, usesAN/APN-89, replacedAN/ASQ-48,[309] replaced byAN/AQS-176[27] | B-52G/H Stratofortress | |
| AN/ASQ-42 | Bombing/navigation system | B-58 Hustler[309] | |
| AN/ASQ-48 | Bombing/navigation system, replacedAN/ASB-15, replaced byAN/ASQ-38 | B-52 Stratofortress[309] | |
| AN/ASQ-81 | Magnetic Anomaly Detector (MAD)anti-submarine warfare detection set using a saturable-coremagnetometer with asignal-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 ofAN/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 | |
| AN/ASQ-91 | Laser-guided bomb weapons release computer, used withAN/AJB-7 | F-4 Phantom II[127] | |
| AN/ASQ-114 | Digital data computeranti-submarine warfare sensor data processor along with communications, navigation, and tactical armament status sources, forerunner ofAN/ASQ-212 | P-3C Orion | Lockheed Martin[610] |
| AN/ASQ-119 | Stellar navigationAstrotrackerastrocompass | FB-111A Aardvark | Litton Industries[611] |
| 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[612] |
| AN/ASQ-145 | Low Light Level Television (LLLTV) | AC-130H Spectre[33] | |
| AN/ASQ-151 | AirborneElectro-optical Viewing System (EVS) comprisedAN/AAQ-6 paired withAN/AVQ-22[613] | 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 Spikeelectro-optical laser designatortargeting 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][614] | A-6E Intruder[97] | IBM[162] |
| AN/ASQ-170 | 549.4 lb (249.2 kg)Target Acquisition Designation Sight portion ofTADS/PNVS[109]low light level television (LLLTV) weapon director, used withAN/AAQ-11,[36] replaced byApache Arrowhead system | AH-64D Apache | |
| AN/ASQ-184 | Avionics management system, integrated withAN/ALQ-161[220] andAN/ALE-49 | B-1B Lancer[149] | |
| AN/ASQ-208 | DigitalMagnetic Anomaly Detector (MAD)anti-submarine warfare detection set, developed fromAN/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[609] |
| AN/ASQ-212 | Digital data computeranti-submarine warfare sensor data processor along with communications, navigation, and tactical armament status sources, upgradedAN/ASQ-114 with aMotorola 68030 microprocessor providing a processing speed increase of 30x | P-3C Orion | Lockheed Martin[610] |
| 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 (59.96–1.50 cm) providing autonomous detection, identification, and location of radar-guided threats at long ranges | F-16 Fighting Falcon | |
| AN/ASQ-228 | Multi-sensor,electro-optical AdvancedTargeting Forward-LookingInfrared (ATFLIR) pod,[39] replacedAN/AAR-50 andAN/AAS-38[76] | F/A-18C/D Hornet,F/A-18E/F Super Hornet | Raytheon |
| AN/ASQ-235 | 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,[618] paired withAN/AES-1,[121] part of Mine Countermeasures Mission Package[619] | Freedom-classlittoral combat ships,Independence-classlittoral combat ships,MH-60S Knighthawk | Raytheon[620] |
| AN/ASQ-236 | Dragon's Eye 1,001 lb (454 kg) high resolution advancedactive electronically scanned arraysynthetic-aperture radar pod | F-15E Strike Eagle,[222]B-52 Stratofortress | Northrop Grumman |
| AN/ASQ-239 | Barracuda 185 lb (84 kg)[621] integrated 360°electronic warfare (EW) suiteelectronic andinfrared countermeasures system with long-range threat warning, self-protection, and targeting support[622] | F-35 Lightning II[623] | BAE[624] |
| AN/ASQ-504 | 52.5 lb (23.8 kg) Advanced Integrated MAD (magnetic anomaly detection) System (AIMS)anti-submarine warfare set with anoptically pumpedcaesium 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.[625] |
| 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-waydata link system[626] | F-14 Tomcat[627] | Harris Corp |
| AN/ASW-28 | One-waydata link Airborne Launch Control Center System used with automatic carrier landing systems[110][185] | F-4J Phantom II |
| 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[628] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AVA-12 | Vertical and horizontal situation display, communications and direction-finders embedded in theAN/AWG-9 radar display | F-14 Tomcat[136] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AVG-12 HUD | F-14 Tomcat | Kaiser[136] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AVR-2 | Passivelaser warning receiver[631] | 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[632] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AVS-6 | Dual tube helmet mounted 1.3 lb (0.59 kg) battery operated third-generation AviatorNight Vision Imaging System (ANVIS) allows flight operations in very low ambient light conditions, adapted fromAN/PVS-5[633] | ||
| AN/AVS-10 | Panoramic Night Vision Goggles (PNVG), also AviatorNight Vision Imaging System (ANVIS) 10 with a total 97ºfield of view, precursor to theGPNVG-18 | Kollsman[634] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AXR-1 | Aircraft television receiver, works with AN/AXT-2 |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AXT-2 | 15watt 110 lb (50 kg) aircraft observation/telemetry televisionUHFtransmitter operating between 264–372 MHz (1.14–0.81 m) in 10 channels with a range of about 30 mi (48 km)[636][637] | GB-4 glide bomb,[349]JB-4 (MX-607)air-to-surface missile,YP-59 Airacomet |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AXX-1 | Television Camera Set (TCS) for long-range target identification out to 60 mi (52 nmi; 97 km), replacedAN/ALR-23 | F-14 Tomcat | Northrop Corp[136] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/AYK-2 | 23.6 lb (10.7 kg) airborne navigation computer[638] | SH-2F Seasprite,[41] | |
| AN/AYK-6 | Weapons system computer, used withAN/AJN-16 | A-6 Intruder,[184]F-111 Aardvark[130] | IBM[639] |
| AN/AYK-8 | Millicomputer mission systems computer | B-57G Canberra,E-3 Sentry[640] | Westinghouse Electronic Systems[641] |
| 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)[642] 16-bit multimission computer[641][643][644] | ||
| AN/AYK-22 | Armament control/processor external stores managementPowerPC-based computer[645] | EA-18G Growler,F/A-18C/D Hornet,F/A-18E/F Super Hornet[646] |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BLQ-10 | Submarine basedsignals intelligence (SIGINT) threat warning/reconnaissance system forradar andcommunications intelligence,[647] part of theElectronic Support (ES) suite[276] | Columbia-class submarines (future),Los Angeles-class submarines,Ohio-class submarines,Seawolf-class submarines,Virginia-class submarines[648] | Lockheed Martin[649] |
| AN/BLQ-11 | Long-TermMineReconnaissance System (LMRS)autonomousunmanned undersea vehicle (UUV)torpedo tube-launched and tube-recovered for underwater search and survey | Los Angeles-classsubmarines,Seawolf-classsubmarines,Virginia-classsubmarines | Boeing Defense, Space & Security |
| 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[650] | US Navy[651] | Sperry Corp[652] |
| AN/BLR-15 | Passiveelectronic support measures (ESM)[653]radar warning receiver[276] | US Navy[654] |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BPS-15 | 1,772 lb (804 kg) low power 35kWX-band Automatic Radar Plotting Aid (ARPA) navigation and surface search radar operating from 8.795–8.855 GHz (3.41–3.39 cm)[655] | Los Angeles-class submarines,Ohio-class submarines,[656]Virginia-class submarines | Electromechanical Systems[657] |
| AN/BPS-16 | 2,890.4 lb (1,311.1 kg) low power 35kWX-band Automatic Radar Plotting Aid (ARPA) navigation and surface search radar operating from 8.795–8.855 GHz (3.41–3.39 cm), improved AN/BPS-15,[658] includes the Voyage Management System (VMS) with Electronic Chart Display and Information System (ECDIS-N)[659] | Ohio-class submarines,[656]Seawolf-class submarines,Virginia-class submarines | Northrop Grumman[657] |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BQH-1 | Submarinetransistorized depthspeed of sound measuring set (velocimeter)[660] | Dyna-Empire Corp | |
| AN/BQH-7 | Submarine-launched expendable hydrographic Measurement and Signature Intelligence (MASINT)bathythermograph to measure/record water temperature for acoustic propagation analysis,[661][f] replacedAN/SSQ-61 | Sippican Corp[662] | |
| AN/BQH-71 | Surface ship-launched expendable hydrographic Measurement and Signature Intelligence (MASINT)bathythermograph to measure/record water temperature for acoustic propagation analysis[661] |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BQQ-5 | Bow-mounted sphericalactive/passive sonar withlow frequency active interference rejection, dual towed array processing, and full spectrum processing,[663] consists ofAN/BQS-13 spherical sonar array andAN/UYK-44 computer, replaced byAN/BQQ-10 | Los Angeles-class submarines,Ohio-class submarines[656] | IBM |
| AN/BQQ-6 | Hull-mounted, long-range passivepassive sonar, developed fromAN/BQQ-5 | Ohio-class submarines[656][664] |
|
| AN/BQQ-10 | Towed and hull arrayactive/passive sonar, replacedAN/BQQ-5 and AN/BBQ-6 | Virginia-class submarines[666]Ohio-class submarines[656] | Lockheed Martin[667] |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BQR-2 | Passivesonar | Skipjack-class submarines[668] | |
| AN/BQR-12 | Activesonar | Skipjack-class submarines[668] | |
| AN/BQR-15 | Signal Processing and Display (SPAD) thin line towed array, cable 2,640 ft (800 m) in length[669] | Lafayette-class submarines,Ohio-class submarines | Western Electric[670] |
| AN/BQR-19 | Mast mountedHF activesonar for surfacing | Ohio-class submarines[656] | Raytheon |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BQS-4 | Active/passivesonar | Skipjack-class submarines[668] | |
| AN/BQS-13 | Bow mountedhydrophone arraysonar, part ofAN/BQQ-5 | Ohio-class submarines[656] | Raytheon |
| AN/BQS-15 | Sail mounted close contact active/passivesonar[671] | Los Angeles-class submarines,Ohio-class submarines[656] | Ametek |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/BRD-6 | Radiodirection finder andsignals intelligence (SIGINT) receiver, replaced by AN/BRD-7[672] | Sanders Associates[673] | |
| AN/BRD-7 | Radiodirection finder andsignals intelligence (SIGINT) receiver, replaced AN/BRD-6[672] | Los Angeles-classsubmarines,[647]Sturgeon-classsubmarines,[672]USS Gurnard (SSN-662) | Sanders Associates[673] |
| Designation | Purpose/Description | Submarine Class | Manufacturer |
|---|---|---|---|
| AN/BSY-1 | Submarine Advanced Combat System (SUBACS) | Los Angeles-class submarines | IBM |
| AN/BSY-2 | Submarine Advanced Combat System (SUBACS) | Seawolf-class submarines |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/BYG-1 | Submarine combat control system[674] | Columbia-classsubmarines,Los Angeles-classsubmarines,Ohio-classsubmarines,Seawolf-classsubmarines,Virginia-classsubmarines | General Dynamics Mission Systems[675] |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CPN-1 | TransportableS-band radar beacon[676] | ||
| AN/CPN-2 | Short range 30kW transponder blind bombing aid operating from 290–330 MHz (1.03–0.91 m)[349][676] | RCA Corp | |
| AN/CPN-3 | TransportableS-band radar beacon[677][678] operating at 3.256 GHz (9.21 cm) with a range of about 150 mi (240 km)[676] | Ship- or land-based | |
| AN/CPN-4 | Transportable combined search andprecision approach radar (PAR). Search mode transmits with 600kW power at 2.78–2.82 GHz (10.78–10.63 cm) 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 (3.33–3.27 cm) out to about 8 mi (13 km)[676] | ||
| AN/CPN-6 | Minnie 40kWX-band radar beacon operating at 9.31 GHz (3.22 cm) with a 100 mi (160 km) range,[677] used with AN/APS-10[676] | Ship- or land-based | Galvin Manufacturing Corp |
| AN/CPN-7 | Beam Approach Beacon System (BABS)[679] | ||
| AN/CPN-8 | S-band[676] homing beacon (BPS), used withAN/MPN-2 | ||
| AN/CPN-11 | Transportable master/slave Long Range Navigation (LORAN) beacon in combination with AN/CPN-12, used with aircraft systemsAN/APN-4 orAN/APN-9[679][676] | ||
| AN/CPN-12 | Transportable master/slave Long Range Navigation (LORAN) beacon in combination with AN/CPN-11, used with aircraft systemsAN/APN-4 orAN/APN-9[679][676] | ||
| AN/CPN-17 | S-band transportableIdentification Friend or Foe (IFF) beacon[676] | Galvin Manufacturing Corp | |
| AN/CPN-18 | 500kWS-band transportableairport surveillance radar portion of anAir Traffic Control system operating from 2.7–2.9 GHz (11.10–10.34 cm) with a range of up to 70 nmi (81 mi; 130 km)[676] |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CPS-1 | Heavyweight semi-mobileMicrowave Early Warning (MEW)S-band long range and high angle radar operating at 3.2 GHz (9.37 cm) out to a range of 200 mi (320 km), developed as Project 422A,Camp Evans Signal Laboratory[680] | General Electric[676] | |
| AN/CPS-2 | Early warning medium-range radar, developed as Project 424B,Camp Evans Signal Laboratory[680] | Federal Telephone and Radio Corp[676] | |
| AN/CPS-3 | Transportable search radar,[676] developed as Project 421,Camp Evans Signal Laboratory[680] | ||
| AN/CPS-4 | Beaver Tail (orBig Weapon orBig Beaver) transportableS-band medium-rangeheight-finding radar operating from 2.7–2.9 GHz (11.10–10.34 cm) at a distance of up to 90 mi (140 km)[676] | Lashup Radar Network | MIT Radiation Laboratory |
| AN/CPS-5 | Transportable medium weight 750kWGround-Controlled Interception (GCI) andearly warning radar operating at 1.3 GHz (23.06 cm) 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[676] | Lashup Radar Network | |
| AN/CPS-6 | MinnieS-band 1megawatt search andGround-Controlled Interception (GCI) radar operating from 2.7–3.01 GHz (11.10–9.96 cm) with a range of up to 240 mi (390 km)[676][681] | Lashup Radar Network | General Electric |
| AN/CPS-9 | 250kWX-bandmeteorological radar with a range of 250 mi (400 km) operating from 9.23–9.404 GHz (3.25–3.19 cm)[676] | Air Weather Service (nowAir Force Weather Agency) | Raytheon |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CRC-7 | World War II era survival radio operating at 140.58 MHz (2.13 m) |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CRN-1 | Low-frequency parachute navigation/homing buoy radio beacon[682] | ||
| AN/CRN-2 | 25watt trailer mountedinstrument landingglide pathCWUHFtransmitter operating from 329–335 MHz (0.91–0.89 m) at 15 mi (24 km) range using a 30 ft (9.1 m) mast antenna,[572][573] used withAN/ARN-5 | USAAF | |
| AN/CRN-3 | Air transportable 25wattinstrument landing system localizer azimuthtransmitter for centerline operating from 108.3–110.3 MHz (2.77–2.72 m), same asAN/MRN-1 |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CRT-1 | Passive omnidirectional broadbandsonobuoy[683] | ||
| AN/CRT-4 | Second militarysonobuoy[684] |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CSZ-9 | Hardware random number generator[685] | NSA |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/CYZ-10 | Data Transfer Device (DTD) for variable length electronic keying material | AlliedSignal[686] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/DAS-1 | Multi-spectral targeting system (MTS-B)EO/IRlaser target designator andintelligence, surveillance and reconnaissance (ISR) sensor[687] | MQ-9 Reaper | Raytheon[688][106] |
| AN/DAS-2 | Common Sensor Payload (CSP)multi-spectral targeting system | MQ-1C Gray Eagle | Raytheon[106] |
| AN/DAS-4 | Next-generationmulti-spectral targeting system | RQ-9 Reaper | Raytheon[106] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/DAW-1 | Improvedall-aspect dual-mode mid-range (3–5µm)infrared homing guidance section[689] | MIM-72C Chaparral[690] | Ford Aeronutronic |
| AN/DAW-2 | Rosette scanninginfrared homing guidance section | MIM-72G Chaparral[690] | Ford Aerospace[689] |
| Designation | Purpose/Description | Missile/Drone | Manufacturer |
|---|---|---|---|
| AN/DRC-8 | Emergency Rocket Communications System (ERCS) | Intercontinental ballistic missile (ICBM) | Boeing |
| Designation | Purpose/Description | Sites/Users | Manufacturer |
|---|---|---|---|
| AN/FGC-59 | Teletype | Teletype Corp[691] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FLR-9 | Iron Horse networkHigh FrequencyDirection Finding (HF/DF) antenna array, nicknameElephant Cage | GTE-Sylvania[153] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FMQ-19 | Automated Weather Observing System (AWOS)[692] | Mesotech International | |
| AN/FMQ-22 | Automated Weather Observing System (AWOS)[693] | Mesotech International | |
| AN/FMQ-23 | Automated Weather Observing System (AWOS)[694] | Mesotech International |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FPA-21 | Radar central computer | Ballistic Missile Early Warning System,Pituffik Space Base, Site III |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FPQ-4 | C/L-band andUHF radars for the Downrange Anti-missile Measurement Program (DAMP Project), usesAN/FPW-2 | USAS American Mariner | |
| AN/FPQ-6 | Land-basedC-band radar system used for long-range, small-target tracking[695] | NASA Kennedy Space Center | RCA Corp |
| AN/FPQ-16 | Perimeter Acquisition Radar Attack Characterization System (PARCS)passive electronically scanned array | US ArmySafeguard Program | General Electric |
| 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 toAN/FPQ-4 | USAS American Mariner |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FRD-10 | Wullenwebercircularly disposed antenna array (CDAA)high frequencydirection finder (HF/DF) |
|
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FRM-23 | Communications Systems Analyzer[110] |
| 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 |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FSG-1 | Anti-aircraft defense system,Project Nike,surface-to-air missileCommand, control and coordination system (CCCS) | Missile Master installations | The Martin Company |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FSQ-7 | Computerizedair defensecommand and control system, Combat Direction Central | Semi-Automatic Ground Environment (SAGE) | IBM |
| AN/FSQ-8 | Air defensecommand and control system; Combat Control Central[703] | IBM | |
| AN/FSQ-27 | RW-400 real-timeData Processing Central computer | TRW[704] | |
| 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 PurpleCold War-era fixed site communications intercept (COMINT) computer improvingVHF/UHF voice intercept rocessing throughput time for collection, transcription and reporting capabilities, application of the Lefox Grey program.[705] | Army Security Agency,INSCOM |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FSS-7 | SLBM detection radar with a range of about 750 nmi (1,390 km; 860 mi),[706] modifiedAN/FPS-26, provides data toAN/GSQ-89 | 474NSubmarine Launched Ballistic Missile Detection and Warning System (SLBMD&W System) | Avco[697] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FST-2 | Coordinate Data Transmitting Set (CDTS) computer system | 416LSemi-Automatic Ground Environment (SAGE)radar stations | Burroughs Corp |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FYA-2 | Integrated data transfer consolecommand, control, and coordination system | IBM 473L Command and Control System |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/FYQ-9 | Data processing and display forair defensecommand, control, and coordination system[706] | 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[706] | ||
| AN/FYQ-93 | Computerair defensecommand, control, and coordination system | Joint Surveillance System | Hughes Aircraft |
| AN/FYQ-155 | Advanced Interface Control Unit (AICU)[707] | US Air Force Battle Control System-Fixed (BCS-F) |
| 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 | MonitorTransmitter Group | AN/GPA-73 Radar Course Directing Group | RCA Corp |
| 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-bandearly-warning radar, upgradedAN/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 Groupair defensecommand, 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 Groupair defensecommand, control, and coordination system (CCCS) | General Electric |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GPG-1 | Anti-aircraft tracker radar for 75-mm gun mount[708][709] | Sperry Corp |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GPN-2 | 200kWS-band short rangeairport surveillance radar operating between 2.869–2.9 GHz (10.45–10.34 cm) with a range of 35 mi (30 nmi; 56 km)[710] up to 5,000 ft (1,500 m) | Military air traffic control | Bendix Corp[676] |
| AN/GPN-6 | 500kWS-band airport terminal area radar operating between 2.7–2.9 GHz (11.10–10.34 cm) with a range of 69 mi (60 nmi; 111 km)[711] | Military air traffic control | Laboratory for Electronics[676] |
| AN/GPN-12 | 425kWS-bandairport surveillance radar (also calledASR-7) operating from 2.7–2.9 GHz (11–10 cm) with a range of 69 mi (60 nmi; 111 km)[712] | Military air traffic control | Texas Instruments |
| AN/GPN-20 | 1.4MWS-bandsolid-state all-weather dual-channelairport surveillance radar operating from 2.7–2.9 GHz (11–10 cm) (also calledASR-8) with a range of 69 mi (60 nmi; 111 km)[713] | Military air traffic control | Raytheon |
| AN/GPN-27 | 1.3MWairport surveillance radar (also calledASR-9)[714] operates between 2.7–2.9 GHz (11–10 cm) with a range of 58 mi (50 nmi; 93 km) | Military air traffic control | Northrop Grumman[715] |
| AN/GPN-30 | 25kWS-band DigitalAirport Surveillance Radar (DASR) (also calledASR-11 in civilian use) operating between 2.7–2.9 GHz (11–10 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[716] | Military air traffic control | Raytheon[717] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GRA-6 | HF Control Radio Set, replaced by AN/GRA-39 | US Marine Corps[718] | |
| AN/GRA-39 | UHF/VHF radio control group, replaced AN/GRA-6 | US Marine Corps[719] | |
| AN/GRA-50 | 100watt maximumhalf-wave dipole 75 ft 3 in (22.94 m) antenna group weighing 11.75 lb (5.33 kg) for both transmission and reception ofRF signals between 1.5–20 MHz (200–15 m), used with AN/GRC-19[720] | ||
| AN/GRA-114 | 5wattVHF radiodata link,[721] anartillery sound ranging system operating between 80–151 MHz (3.75–1.99 m),[709][722] often withAN/TNS-10[723] | Ferranti |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GRC-9 | 15wattHF long rangevacuum-tube radio operating between 2–12 MHz (149.90–24.98 m) inCW,MCW andAM modes, replacedSignal Corps RadioSCR-694,[724] replaced by AN/PRC-62[725] | ||
| AN/GRC-46 | Vehicle mounted 60words per minute (45.5Baud)half duplexradioteletype (or Radio Automatic Teletypewriter - RATT) set weighing 1,200 lb (540 kg) transmitting between 1.5–20 MHz (199.86–14.99 m) at 100watts and receiving between 0.5–32 MHz (599.58–9.37 m), replaced byAN/GRC-142[726] | US Army | |
| AN/GRC-103 | Lightweight long rangesolid-stateFMUHF tacticalline-of-sight radio relay operating between 220–1,850 MHz (1.36–0.16 m) over 5 frequency bands with a range of up to 120 mi (190 km)[727] | ||
| AN/GRC-106 | 200watt 120 lb (54 kg) two-wayHFAMcontinuous wave (CW)upper side band radio withfrequency-shift keying (FSK) operating from 2–30 MHz (149.90–9.99 m) having a 3.2 kHzbandwidth,[728] used withAN/UGC-74teletype, replaced AN/GRC-19[729] | ||
| AN/GRC-109 | HF radiotransmitter/receiver/power-supply[731] | Special Forces,Central Intelligence Agency | Admiral Corp |
| AN/GRC-112 | UHF radio | US Marine Corps[732] | |
| AN/GRC-142 | Vehicle mountedhalf duplexradioteletype (or Radio Automatic Teletypewriter - RATT) operating between 2–29.99 MHz (149.90–10.00 m), replacedAN/GRC-46,[733] used withAN/UGC-74teletype | US Army | |
| AN/GRC-160 | Vehicular mountedVHF radio | US Marine Corps[734] | |
| AN/GRC-171 | UHF radio set operating between 225–399.975 MHz (1.33–0.75 m) | Marine Air Command and Control System (MACCS) agency[735] | Rockwell Collins |
| AN/GRC-193 | Half duplexHF tactical communications radio set operating between 2–29.99 MHz (149.90–10.00 m) | US Marine Corps[736] | Harris Corp |
| AN/GRC-201 | Multi-channel digital radio, modified version of AN/TRC-97 | US Marine Corps[737] | |
| AN/GRC-213 | LightweightHF 20-watt radio set operating between 2–29.99 MHz (149.90–10.00 m) | US Marine Corps[738] | |
| AN/GRC-231 | Tactical 125-watt radio set operating between 1.6–30 MHz (187.37–9.99 m) | US Marine Corps[739] | Harris Corp |
| AN/GRC-239 | Lightweight full duplexFM microwave line-of-sight Tropo/Satellite Support Radio (TSSR) system | US Marine Corps[740] | Microwave Radio Communications |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GRD-6 | Direction finder | Sylvania Electric |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GRQ-16 | Radio repeater | US Marine Corps[741] | |
| AN/GRQ-21 | Radio repeater | US Marine Corps[741] | |
| AN/GRQ-26 | Remote sensor, audio relayVHF repeater operating in 2 bands, 162–165 MHz (1.85–1.82 m) and 171–174 MHz (1.75–1.72 m) | US Marine Corps[742] | |
| AN/GRQ-32 | Sensor communications relay radio repeater set | US Marine Corps[743] | Nova Manufacturing |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GSA-51 | Radar Course Directing Groupair defensecommand, control, and coordination system (CCCS) | Semi-Automatic Ground Environment (SAGE) | Burroughs Corp |
| 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[744] | |
| AN/GSC-68 | Mounted-Data Communications Terminal (M-DACT) | Marine Air Ground Task Force Command, Control, Communications, Computers, and Intelligence (MAGTF C4I)[745] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GSG-5 | Battery Integration and Radar DIsplay Equipment (BIRDIE) | Project NikeCommand, control and coordination system (CCCS) | The Martin Company |
| AN/GSG-6 | Battery Integration and Radar DIsplay Equipment (BIRDIE) | Project NikeCommand, control and coordination system (CCCS) | The Martin Company |
| AN/GSG-10 | TACFIREGun data computer automates selected field artillery command and control functions,[746] used withAN/PSG-2 |
| 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 |
| AN/GSQ-89 | Submarine Launched Ballistic Missile Detection and Warning System (SLBMD&W System) synthesized flight tracks from radar returns taking input data fromAN/FSS-7 radars[697][706] | ||
| AN/GSQ-160 | Electromagnetic Intrusion Detector (EMID) can detect moving personnel through walls operating at 57.6–60 MHz (5.20–5.00 m)[747][748] | ||
| AN/GSQ-187 | Passive acoustic Improved Remote Battlefield Sensor System (I-REMBASS) uses monitoredmagnetometer,seismometerinfrared, andacoustic sensors placed on likely enemy avenues of approach to detect vehicles (16–273 yd (15–250 m)),[196] tracked vehicles (27–383 yd (25–350 m)) and personnel (3.3–54.7 yd (3–50 m)[749] | US Army[750] | |
| AN/GSQ-235 | Region Operations Control Center/Airborne Warning And Control Systems (ROCC/AWACS) Digital Information Link (RADIL), co-located withAN/FYQ-93,[751][707] usesAN/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 (2.17–1.96 m). | US Marine Corps[752] | |
| AN/GSQ-259 | Miniature Intrusion Detection System (MIDS) attended ground sensor system operating from 143.6–143.75 MHz (2.09–2.09 m) | US Marine Corps[753] | |
| AN/GSQ-261 | Tactical Remote Sensor System (TRSS) unattended suite of sensors to detect vehicle and personnel movement | US Marine Corps[750] | |
| AN/GSQ-272 | Sentinel Collection, Processing, exploitation, Analysis and Dissemination (CPAD)Distributed Common Ground System (DCGS)[754] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GSS-1 | Medium-range transportable Electronic Search Central system comprisingAN/TPS-1D search radar and AN/TPX-19Identification Friend or Foe (IFF) interrogator[676] | Project Nike | |
| AN/GSS-7 | Mobile 500kW tactical radar operating between 1.25–1.35 GHz (23.98–22.21 cm) | Raytheon[676] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GVS-3 | Ruby laserranging system withphotomultiplier detector and red outer precious stone light exciter[755] | ||
| AN/GVS-5 | 5 lb (2.3 kg) hand-held laserrangefinder 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[756] |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GYC-7 | Two-man transportable Unit Level Message Switch (ULMS) | US Marine Corps[757] |
| 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[758] | |
| AN/GYK-60 | Advanced Field Artillery Tactical Data System (AFATDS) automated Command and Control (C2) system for fire support operations | US Marine Corps[759] | General Dynamics |
| Designation | Purpose/Description | Location/Used By | Manufacturer |
|---|---|---|---|
| AN/GYQ-92 | Global Command and Control System (GCCS) automates data processing ofCommand, Control, Communications, Computers and Intelligence (C4I) tasks | US Marine Corps[760] |
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