Engineering:List of radars

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Short description: List of radars

A radar is an electronic system used to determine and detect the range of target and maps various types of targets. This is a list of radars.

Argentina

Name Type Function Platform/System(s) Origin Notes Ref
INKAN monopulse 2D air traffic control ground-based  Argentina in service with the National Civil Aviation Administration [1][2][3][4]
INVAP 3D 3D air search radar  Argentina in service with the Argentine Air Force since 2011 [5][6]

Australia

Name Type Function Platform/System(s) Origin Notes Ref
Jindalee over-the-horizon air search land-based (fixed)  Australia [7]
CEAFAR digital active phased array ANZAC class frigate  Australia developed by CEA Technologies [8][9]

Brazil

Name Type Function Platform/System(s) Origin Notes Ref
EDT-FILA air target acquisition/fire control land-based  Brazil developed by Avibras [citation needed]
OTH-0100 over-the-horizon naval  Brazil [citation needed]
SABER M60 air surveillance land-based  Brazil [10][11][12]
SABER M200 Multimissão AESA air surveillance land-based portable  Brazil [13][14]
SABER M200 Vigilante active phased array air surveillance land-based portable  Brazil under development [15]
SABER S60 secondary air surveillance land-based  Brazil
SABER S200R secondary air surveillance land-based  Brazil
SCP-01 Scipio AMX A-1M  Brazil under development by SIATT [16]
SENTIR M20 air surveillance land-based  Brazil [17]

Egypt

Name Type Function Platform/System(s) Origin Notes Ref
ESR-32A air surveillance land-based  Egypt [18]
unnamed phased array radar (3D)  Egypt to be unveiled at EDEX 2020 [19]

Europe

Name Type Function Platform/System(s) Origin Notes Ref
Active Phased Array Radar AESA 3D air/surface surveillance naval  Netherlands [20]
ARS-400 airborne [citation needed]
ARS-400M airborne [citation needed]
ARS-800 airborne [citation needed]
ARTHUR PESA counter-battery land-based  Norway
 Sweden		 [21]
Captor AESA multirole Eurofighter Typhoon  Germany
 Italy
 Spain
 United Kingdom		 developed from AMSAR and CAESAR projects [citation needed]
Captor-E AESA multirole Eurofighter Typhoon  Germany
 Italy
 Spain
 United Kingdom		 developed from AMSAR and CAESAR projects [22]
COBRA counter-battery land-based [citation needed]
DARS air command and control land-based (mobile) Deployable Air operations centre, Recognized air picture production centre, Sensor fusion post [citation needed]
EISCAT incoherent scatter scientific land-based (fixed)  Finland
 Norway
 Sweden		 [23]
Erieye AESA air surveillance airborne  Sweden [24]
Flycatcher (KL/MSS-6720) air defense fire control land-based  Netherlands manufactured by Hollandse Signaal Apparaten; operational since 1979 [citation needed]
GLOBUS space surveillance land-based (fixed)  Norway
 United States		 [25]
Ground Master 400 AESA 3D air surveillance land-based (mobile)  France [26]
HARD-3D LPI air surveillance land-based [27]
HEMPAS-CCIAS passive air surveillance  Greece under development; status uncertain (As of 2010) [28]
L3/2 air defense fire control land-based  Netherlands manufactured by Hollandse Signaal Apparaten; operational with the Belgian Army in the 1950s [citation needed]
L4/3 (KL/MSS-301) air defense fire control land-based  Netherlands manufactured by Hollandse Signaal Apparaten; operational in the 1960s [citation needed]
L4/5 (KL/MSS-3012) air defense fire control land-based  Netherlands manufactured by Hollandse Signaal Apparaten; operational in the 1960s and 1970s [citation needed]
PS-05/A pulse Doppler multirole Saab JAS 39 Gripen  Sweden [29]
RBE2 PESA multirole Dassault Rafale  France [citation needed]
RBE2-AA AESA multirole Dassault Rafale  France [30]
RASIT Pulse Doppler ground surveillance land-based (mobile)  France developed by Thomson-CSF [31]
S1850M DAA air defense naval  France
 United Kingdom		 [32]
SAMPSON AESA multi-function naval  United Kingdom [33]
Sindre II air defense [citation needed]
SMART-L DAA naval  Netherlands [34]
Super Fledermaus air defense fire control   Switzerland operational in the 1960s and 1970s [citation needed]
Type 901 air defense fire control Sea Slug  United Kingdom [citation needed]
TRML-3D/32 PESA air surveillance and target acquisition land-based  Germany Developed by EADS (now Hensoldt) [citation needed]


India

Military

Airborne

  • LCA MMR - 3D advanced, lightweight multimode fire control radar for HAL Tejas Mk1 aircraft derived from EL/M-2032.
  • Netra AEW&CS - 3D AESA AEW&C radar installed on an ERJ 145 aircraft.

Naval

  • XV-2000 3D airborne naval surveillance radar for Dornier 228 maritime patrol aircraft.
  • Revathi 3D Naval Medium range surveillance radar derived from the 3D CAR for Shivalik-class frigates.

Land-based

  • Swordfish LRTR - AESA long-range tracking radar for Ballistic missile defence surveillance and fire control.
  • Arudhra MPR - Static 4D AESA Medium power radar for airspace surveillance for ranges exceeding 300 km.
  • ADTCR - Mobile 4D AESA Medium power radar for airspace surveillance
  • Ashwini LLTR - Mobile 4D AESA radar for Low level air targets up to ranges of 200 km.
  • INDRA series of 2D Pulse-doppler medium range airspace surveillance radars
  • Rajendra 3D medium range PESA fire control radar for Akash SAM.
  • Central Acquisition Radar (3D-CAR) PESA tracking radar for battlefield surveillance as part of the Akash SAM system.
  • BMFR - Mobile Quad panel AESA multifunction radar for battery level fire control in QRSAM missile system.
  • BSR - Mobile Quad panel AESA multifunction radar for battery level surveillance in QRSAM missile system.
  • Atulya ADFCR - AESA fire-control radar for upgraded L70 air defence gun.
  • BFSR-SR 2D short range battlefield surveillance radar for the Indian Army.
  • Bharani Low Level Lightweight Radar(LLLR) - portable 2D low level aircraft tracking radar.
  • Swathi Weapon Locating Radar - Mobile 3D PESA Counter-battery radar.

Under development

  • Uttam AESA multifunction radar for fighter aircraft.
  • LR-MFR - Dual panel multifunction radar for naval application.
  • HPR - Static Quad panel AESA High power radar for airspace surveillance

Iran

  • Matla-ul-fajr VHF radar system[citation needed]
  • Kashef 1 & Kashef 2
  • Alvand
  • BSR-1
  • Meraj-4
  • Asr
  • Alim
  • Najm-802
  • Ghadir
  • Thamen

Italy

Airborne

  • Leonardo S.p.A. Grifo radar
  • Leonardo S.p.A. SeaSpray radar

Surface based

  • Selex RAT-31DL - 3D long range L-Band Air-Search radar

Military – Naval

  • EMPAR – European Multifunction Phased Array Radar, AN/SPY-790
  • KRONOS – 3D multi-mode C-Band radar with a fully solid state active phased array antenna
  • Selex RAN-40L – 3D multibeam long range L-Band radar with a fully solid state active phased array antenna

Japan

Surface-based

  • J/FPS-1
  • J/FPS-2
  • J/FPS-3
  • J/FPS-4
  • J/FPS-5
  • J/FPS-7
  • J/TPS-100
  • J/TPS-101
  • J/TPS-102

Naval

  • FCS-1 fire control radar
  • FCS-2 fire control radar
  • FCS-3 fire control radar
  • OPS-1
  • OPS-2
  • OPS-3
  • OPS-4
  • OPS-5
  • OPS-9
  • OPS-10
  • OPS-11
  • OPS-12
  • OPS-13
  • OPS-14
  • OPS-16
  • OPS-17
  • OPS-18
  • OPS-19
  • OPS-20
  • OPS-22
  • OPS-24
  • OPS-28
  • OPS-29
  • OPS-39
  • OPS-50
  • ZPS-1 Submarine radar
  • ZPS-2 Submarine radar
  • ZPS-3 Submarine radar
  • ZPS-4 Submarine radar
  • ZPS-5 Submarine radar
  • ZPS-6 Submarine radar

Airborne

  • J/AWG-11
  • J/AWG-12
  • J/APG-1 the first series production AESA to be introduced on a military aircraft in service
  • J/APG-2
  • Multi-Function RF Sensor

People's Republic of China

Military

Naval

  • LR66 Radar fire control radar for CIWS
  • Type 341 Radar 'RICE LAMP' fire control radar
  • Type 342 Radar 'FOG LAMP' fire control radar
  • Type 343 Radar 'WASPHEAD/SUN VISOR' fire control radar
  • Type 344 Radar fire control radar
  • Type 345 Radar fire control radar
  • Type 346 Radar Multifunction naval active phased array radar
  • Type 347 Radar 'RICE BOWL' fire control radar
  • Type 348 Radar fire control radar
  • Type 349 Radar fire control radar
  • Type 351 Radar 'POT HEAD' surface search radar
  • Type 352 Radar 'SQUARE TIE' naval surface search radar
  • Type 354 Radar 'EYE SHIELD' air/surface search
  • Type 360 Radar air/surface search radar
  • Type 362 Radar air/surface search radar
  • Type 363 Radar air/surface search radar
  • Type 364 Radar air/surface search radar
  • Type 366 Radar air/surface search radar
  • Type 381 Radar 'RICE SCREEN' air/surface search radar
  • Type 382 Radar air/surface search radar
  • Type 512 Radar navigational/surface search radar
  • Type 514 Radar air search radar
  • Type 515 Radar 'BEAN/PEA STICK'air/surface search radar
  • Type 517 Radar 'KNIFE REST' air/surface search
  • Type 518 Radar air search radar
  • Type 707 Radar 'FIN CURVE' navigation radar
  • Type 723 Radar navigation radar
  • Type 726 Radar navigation radar
  • Type 751 Radar navigation radar
  • Type 752 Radar navigation radar
  • Type 753 Radar navigation radar
  • Type 756 Radar navigation radar
  • Type 757 Radar navigation radar
  • Type 762 Radar navigation radar
  • Type 765 Radar navigation radar

Land-based

  • 714XDN Radar metrological
  • BL904 Counter-battery radar
  • CLC-1 Radar short range surveillance radar
  • CLC-2 Radar low altitude surveillance radar
  • CLC-3 Radar mobile low altitude air defense radar
  • CLC-8 Radar metrological radar
  • CS/RB1 Counter-battery radar
  • CS/RT1 Radar Anti-battery radar
  • DLD-100A Radar air traffic control radar
  • HGR-105 Radar surveillance
  • HK-JM long range meter-wave stealth detection 2-D surveillance radar
  • HK-JM2 long range meter-wave stealth detection 2-D surveillance radar
  • DWL002 Passive Sensor passive sensor
  • HT-223 fire control radar
  • JH-16 Radar
  • JH-18 Radar
  • JY-8 Radar 'WALL RUST' mobile tactical 3D radar
  • JY-9 Radar 'WALL EYE' low altitude surveillance radar
  • JY-11 Radar low/medium altitude 3D surveillance radar
  • JY-14 Radar 'GREAT WALL' medium/long range 3D radar
  • JY-17 Radar battlefield surveillance radar
  • JY-21 Radar air traffic control radar
  • JY-26 Radar Skywatch-U 3D long-range air surveillance radar
  • JY-27 Radar 'WIDE MAT' long range surveillance radar
  • JY-30 Radar
  • JY-50 Radar
  • JYL-1 Radar long range 3D surveillance radar
  • JLG-43 Radar height finding radar
  • JLP-40 Radar surveillance radar
  • JLP-440E Radar surveillance
  • LDB08 Radar
  • LD-JP target designation radar
  • LD-JX portable solid state pulse-Doppler moving target surveillance radar
  • LR63 radar
  • LSS-1 Radar gap filler 2D radar
  • REL-2A Radar long range air surveillance radar
  • REL-3 Radar long range air surveillance radar
  • REL-4 Radar long range air surveillance radar
  • REL-6B Radar long range air surveillance radar
  • RES-1 Radar low to medium altitude surveillance radar
  • REWY-1 Radar long range air surveillance radar
  • SLC-2 Radar counter battery radar
  • SLC-7 search radar
  • Type 120 Radar search radar
  • Type 305A Radar search radar
  • Type 305B Radar search radar
  • SJ-202 Radar engagement
  • SJ-321 Radar engagement
  • Type 373 Counter-battery radar
  • Type 390A Radar surveillance
  • Type 408C Radar surveillance
  • Type 514 Radar surveillance
  • Type 571 Radar surveillance radar
  • Type 581 Radar air warning radar
  • Type 701 Radar meteorological radar
  • Type 704 Radar counter battery radar
  • Type 791 Radar precision approach radar
  • Type 825 Radar engagement
  • YLC-2 Radar 3D surveillance radar
  • YLC-4 Radar long range surveillance radar
  • YLC-6 Radar medium and low altitude surveillance radar
  • YLC-7 Radar
  • YLC-8 Radar long range surveillance radar
  • YLC-15 Radar light air defense radar
  • YLC-18 Radar medium-range low-altitude 3D radar
  • YLC-20 Passive Sensor passive sensor
  • YLC-29 Passive Sensor passive detection system
  • YLC-48 Radar

Airborne

  • AESA radars from 14th Institute on
  • AESA radars from 38th Institute on
  • AESA radars from 607th Institute on
  • PESA radar from 38th Institute on
  • MMW phased array radar from 10th and 14th Institutes on
  • Type 204 Radar
  • Type 205 Radar
  • Type 251 Radar
  • Type 252 Radar
  • Type 317 Radar
  • Type 645 Radar
  • Type 698 Radar
  • CASSAR-44 Radar
  • JD-08 Radar
  • CWI Radar
  • Type 232H Radar
  • MRAIR-1 Radar
  • YQC-2 Radar
  • Type 245 Radar long radar surface search
  • Type 1473 Radar
  • JL-7 Radar
  • JL-10A Radar
  • JY-06 Radar
  • KJ-1 AEWC 1st gen TU-4 AEWC
  • KLC-1 Radar lightweight helicopter borne radar
  • KLJ-1 Radar
  • KLJ-6 Radar Falcon
  • KLJ-7 Radar airborne pulse Doppler fire control radar
  • KLJ-7A Radar
  • HAL-3 Radar airborne navigation radar
  • Type 1473 Radar
  • Type 1475 Radar
  • Type 1478 Radar
  • Type 1493 Radar
  • Type 1495 Radar
  • Type 1491 Radar

Commercial/scientific

  • SLC-4 Radar space tracking radar
  • YLC-1 Radar vehicle borne coherent instrumentation radar

Serbia

  • P-12 Modernize version with digital function, new carbon antenna in Yagi shape, and higher range up to 350 km.
  • P-18 Modernize version with new antennas, bigger range, digitalised.
  • P-40 Medium-range surveillance and target acquisition
  • AN/TPS-70 long range 3D radar.
  • Giraffe radar modernize version, and digital with PASARS anti-aircraft sistem.
  • H-22 Long-range surveillance and target acquisition.
  • Marconi S-605/654 Medium-range surveillance
  • Marconi S-613 Altitude measurement
  • PRV-16B Altitude measurement

Soviet Union/Russia

Military

Naval

  • Topaz-V MR-320M "Strut Pair", Air/Surface search radar
  • Fregat MR-700 "Top Steer", 3D search radar[35]
  • Fregat MR-710 "Top Plate", 3D search radar replacement for Top Steer on Sovremenny-class destroyers
  • "Top Sail" somewhat similar to "Top Steer" but larger and operating at lower frequency
  • "Head Net A" 2D air surveillance and surface search. Sometimes used i combination with Top Steer.
  • Fregat-MA MR-760MA "Top Plate", 3-D air search radar
  • Voskhod MR-800 "Top Pair", 3D search radar
  • Volna 3R41 "Top Dome", Fire control/Target acquisition radar

Land-based

  • A-100 "Kama", Early warning ground control radar
  • P-3 "Dumbo", Early warning ground control radar.
  • P-8 "Knife Rest A", Early warning ground control radar.
  • P-10 "Knife Rest B", Early warning ground control radar.
  • P-12 "Spoon Rest", Early warning ground control radar.
  • P-14 "Tall King", Early warning radar.
  • P-15 "Flat Face A", Surveillance/Target acquisition radar.
  • P-18 "Spoon Rest D", Early warning radar.
  • P-19 "Flate Face B", Surveillance/Target acquisition radar.
  • P-20 "Bar Lock", Early warning ground control radar.
  • P-30 "Big Mesh", Early warning ground control radar.
  • P-35 "Bar Lock", Early warning ground control radar.
  • P-37 "Bar Lock"
  • P-40 "Long Track", Early warning/Target acquisition radar.
  • P-70, Early warning radar.
  • P-80 "Back Net", E-band Early Warning Radar
  • P-100
  • Kasta 2E "Flat Face E" Surveillance radars.
  • PRV-11 "Side Net", Height finding radar
  • SNR-75 "Fan Song", Fire control/Target acquisition radar
  • SNR-125 "Low Blow", Fire control/Target acquisition radar
  • 1S91 "Straight Flush", Fire control/Target acquisition radar
  • 30N6 "Flap Lid", Fire control/Target acquisition radar
  • 36D6 "Tin Shield", Surveillance radar
  • 64N6 "Big Bird", Surveillance radar
  • 76N6 "Clam Shell", Low-altitude detection radar
  • 91N6E, Surveillance radar
  • 92N6E, Fire control/Target acquisition radar
  • 96L6E "Cheese Board", All altitude surveillance radar
  • 9S15 "Bill Board A", Surveillance radar
  • 9S19 "High Screen", Sector surveillance radar
  • 9S32 "Grill Pan", Fire control/Target acquisition radar
  • Azov radar "Flat Twin", ABM radar
  • Duga "Steel Yard" or "Russian Woodpecker", Over the horizon radar
  • Dnestr "Hen House", ABM radar
  • Dnepr "Hen House", ABM radar
  • Daryal "Pechora", ABM radar
  • Dunay "Dog House"/"Cat House", ABM radar
  • Volga, ABM radar
  • Don 2N "Pill Box", ABM radar
  • Voronezh, ABM radar
  • 29B6 Container, ABM radar

Airborne

Republic of China (Taiwan)

Containerized CS/MPQ-90 Bee Eye on a truck
Name Type Function Platform/System(s) Origin Notes Ref
Chang-Shan (Long Mountain) planar array multi-function Sky Bow III  Republic of China [36]
Change Bai 1 (Long White 1) phased array multi-function Sky Bow I  Republic of China [37]
Change Bau 2 (Long White 2) multi-function Sky Bow II  Republic of China [38]
CS/MPG-25 continuous wave target illumination Sky Bow I  Republic of China derived from AN/MPQ-46 [37]
CS/MPQ-78 3D pulsed doppler air defense (short range) Antelope air defence system  Republic of China [39]
CS/MPQ-90 Bee Eye AESA air defense ground-based  Republic of China also planned for naval use [40]
CS/SPG-6N(S) surface search Tuo Chiang-class corvette  Republic of China [citation needed]
CS/SPG-6N(T) fire control Tuo Chiang-class corvette  Republic of China [citation needed]
CS/SPG-21A target acquisition/fire control Hsiung Feng I  Republic of China [41]
Sea Bee Eye AESA air defense ship-based  Republic of China [42]

United Kingdom

Ground

GL Mk II radar receiver van
  • Radar, GL, No. 1, Mk I – Anti-aircraft gun laying radar[43]
  • Radar, GL, No. 1, Mk I E/F – Anti-aircraft gun laying radar with elevation finder[43]
  • Radar, GL, No. 1, Mk II – Anti-aircraft gun laying radar[43]
  • Radar, AA, No. 2, Marks I through VII were a 1.5 metre wavelength Searchlight Control (SLC) radar known as 'Elsie'. The only difference between these Marks was the mounting arrangement. Marks VIII and IX were centimetric versions that did not see service.[43][44]
150 cm Searchlight fitted with No. 2 Mk VI SLC radar
  • Radar, AA, No 3, Mk 1 – new name for GL Mk. III(C)[43]
  • Radar, AA, No 3, Mk 2 - new name for GL Mk. III(B)[43]
  • Radar, AA, No 3, Mk 2 (F) - Anti-aircraft fire control modified for mortar locating.
  • Radar, AA, No 3, Mk 3 - "Emergency" anti-aircraft fire control known as 'Baby Maggie' adapted from SLC. Also used for mortar locating.[43]
  • Radar, AA, No 3, Mk 5 – US-made SCR-584 radar Anti-aircraft fire control[43]
Modified Radar No. 3, Mk. 7
  • Radar, AA, No 3, Mk 7 - Post-war anti-aircraft fire control.
  • Radar, AA, No 3, Mk 8 - Designation for US-made SCR-545 radar, but not used in service.
  • Radar, AA, No 4, Mk I - Anti-aircraft local warning, known as 'Zippy'.[43]
  • Radar, AA, No 4, Mk II - Anti-aircraft local warning.[43]
  • Radar, AA, No 4, Mk III - Anti-aircraft local warning.[43]
  • Radar, AA, No 4, Mk V - AMES Type 14 Anti-aircraft local warning, known as 'Gorgonzola'.[43]
  • Radar, AA, No 4, Mk VI - Canadian-made Anti-aircraft local warning.[43]
  • Radar, AA, No 4, Mk VII - Anti-aircraft local warning.[43]
  • Radar, AA, No 5, Mk Ii - AMES Type 11 Anti-aircraft local warning.[43]
  • Radar, FA, No 1, Mk 1 - Control of artillery fire against ground targets.
  • Radar, FA, No 1, Mk 2 - Control of artillery fire against ground targets.
  • Radar, FA, No 2, Mk 1 - Doppler radar used to detect moving ground targets.
  • Radar, FA, No 3, Mk 1 - Mortar locating.
  • Radar, FA, No 3, Mk 2 - Mortar locating derived from AN/APS-3.
  • Radar, FA, No 3, Mk 1- Mortar locating .
  • Radar, FA No 8 - "Green Archer" mortar locating .
  • Radar, FA, No 9 - "Robert" long range ground surveillance mounted in Saracen.
  • Radar, CA, No 1, Mk 3 - Coast Artillery. Transmitter & receiver based on NT271, with displays from CA No 1 Mk1.[45]
  • Radar, CA, No 1, Mk 4 (F) - Coast artillery fire control modified for use against ground targets.
  • Radar, FCE, No 7 - Fire control equipment with 2 radars in a single trailer for aiming a L1A1 40/70 AA gun.
  • Radar, AD, No 10 - "Yellow River" AMES Type 83 target illuminating used with Thunderbird SAGW
  • Radar, AD, No 11 - Tactical control used with Thunderbird SAGW
  • Radar, AD, No 12 - Height finder used with Thunderbird SAGW
  • Radar, FA, No 13 - Tracking and control used with SD 1 drone
  • Radar, FA, No 14 - ZB298 short range manportable ground surveillance.
  • Radar, FA, No 15 - Cymbeline mortar locating.
  • Radar, FA, No 17 - Marconi marine radar mounted in landrover for coastal surveillance
  • Radar, FA, No 19 - Militarised WF3 meteorological radar used by AMETS
  • Radar, FA, No 22 - MSTAR
  • Blindfire - Fire control used with Rapier missile system.
  • Dagger - Surveillance used with Rapier missile system.
  • Orange Yeoman – Projected central surveillance system[46]
  • Type 86 - "Indigo Corkscrew" Bristol Bloodhound air defence missile system.
  • Type 901 - Naval fire-control for Sea Slug missile.
  • Type 98 - Long Range Search.
  • Type 93 - Long Range Search.
  • Type 101 - Long Range Search.
  • Type 102 - Long Range Search.
  • MAMBA - derivative of Ericson ARTHUR artillery locating radar[47]
  • COBRA (Radar) - trinational high performance full phased array artillery locating radar
  • Blighter B202 Mk 2 - Man-portable electronic-scanning ground surveillance radar
  • Blighter B303 - Vehicle-mountable electronic-scanning ground surveillance radar
  • Blighter Revolution 360 - Vehicle-mountable electronic-scanning ground surveillance radar
  • Blighter B400 Series - Fixed installation, modular electronic-scanning ground surveillance radar
  • AWS II - Fixed installation (and naval installation), surface warning and air and surface target indication
AWS 2 Radar used by Indonesian Airforce in the 1962, Museum Satriamandala

Naval

  • Type 79 radar
  • Type 86 radar
  • Type 262 radar
  • Type 267 radar
  • Type 268 radar
  • Type 271 radar
  • Type 272 radar
  • Type 273 radar
  • Type 274 radar
  • Type 275 radar
  • Type 276 radar
  • Type 277 radar, height finding
  • Type 279 radar
  • Type 280 radar
  • Type 281 radar
  • Type 282 radar
  • Type 283 radar
  • Type 284 radar
  • Type 285 radar
  • Type 286 radar
  • Type 290 radar
  • Type 291 radar
  • Type 293 radar
  • Type 901 radar, Seaslug missile tracking and guidance
  • Type 909 radar, tracking and guidance for GWS 30 Sea Dart missile
  • Type 965 radar, naval search
  • Type 984 radar
  • Type 997 Artisan radar
  • Type 1007 radar
  • Type 1022 radar
  • Type 2007 radar
  • SharpEye™ solid state radar
  • SCV radar
  • AWS II

Airborne

United States

Military

Naval

Radar arrangement on the aircraft carrier Lexington, 1944

Early S-band RADAR Designations[48]

Designation Wavelength Platform
CXAM 150-cm large surface ships
SK-1 large surface ships
SK-2 large surface ships
SC 50-cm surface ships
SF 10-cm too heavy for intended use on PT boats, but used on larger ships
SG 10-cm surface ships
SJ 10-cm submarines
SM 3-cm aircraft carriers for direction of night-fighters
SO 10-cm PT boats
SU 3-cm Destroyer escorts

From February 1943 the US used a universal system to identify radar variants, consisting of three letters and a number, respectively designating platform, type of equipment, function, and version. This system was continued after WWII with multiservice designations being prefixed by 'AN/' for Army-Navy. BuShips 1943 classifications

Prefix Designation
A Aircraft, used in combination with other letters
B IFF
C Experimental
D Direction-finding
E Emergency power
F Fire control radar
FS Frequency shift keying
G Aircraft transmitting
H Sonar hoists
I Intercept radar, aircraft only
J Passive sonar, for submarines
K Sonar transmitting
L Precision calibration
M Radio transceiver
N Echo-sounding
O Measuring, for operator training
P Automatic transmitting and receiving
Q Sonar, for surface ships
R Radio receiver
S Search
T Radio transmitter
U Remote control
V Radar display
W Submarine sonar
X Experimental
Y Radar homing beacon
Z Airborne navigational aids, later replaced with ARN and APN

Multi-service classifications

Multi-service classification codes according to the Joint Electronics Type Designation System.

Specific radar systems

  • AN/BPS-11 Surface search radar, for submarines.
  • AN/BPS-15 Surface search radar, for submarines.[49]
  • AN/BPS-16 Surface search radar, for submarines.
  • AN/SPG-34 Tracking radar for Mark 63 Gun Fire Control System.
  • AN/SPG-35 Tracking radar for Mark 56 Gun Fire Control System.
  • AN/SPG-49 Illumination and tracking radar associated with RIM-8 Talos fire control system.[49]
  • AN/SPG-51 Illumination and tracking radar for Mk74 "Tartar" Guided Missile Fire Control System[49]
  • AN/SPG-53 Gunfire control radar.[49]
  • AN/SPG-55 Illumination and tracking radar for Terrier Guided Missile Fire Control System.[49]
  • AN/SPG-59 Multifunction radar for Typhon combat system. Canceled 1963.
  • AN/SPG-60 Illumination and tracking radar.[49]
  • AN/SPG-62 Illumination radar for Aegis combat system.[49]
  • AN/SPN-35 Precision Approach Radar (PAR), derived from AN/TPN-8
  • AN/SPN-41
  • AN/SPN-42
  • AN/SPN-43
  • AN/SPN-44
  • AN/SPN-45
  • AN/SPN-46
  • AN/SPN-50. Replacement for the AN/SPN-43. Based on the SPS-77 (Sea Giraffe AMB)
  • AN/SPQ-5 Early beam emitting radar for early model Terrier missiles
  • AN/SPQ-9 2D surface search radar[49]
  • AN/SPQ-10
  • AN/SPQ-11 Cobra Judy phased array radar
  • AN/SPS-2 Long range height finding radar by General Electric.[50]
  • AN/SPS-3 Also known as XDK, 3D target designator/rapid volume search radar jointly developed by MIT Radiation Laboratory and Naval Research Laboratory.[50]
  • AN/SPS-4 Surface and low altitude air search radar by Raytheon.[50]
  • AN/SPS-6 2D air search radar
  • AN/SPS-8 2D height finding radar
  • AN/SPS-10 2D surface search radar[49]
  • AN/SPS-12 2D air/surface search radar
  • AN/SPS-17 2D air search radar
  • AN/SPS-29 2D air search radar[49]
  • AN/SPS-30 3D air search radar[49]
  • AN/SPS-32 Part of SCANFAR system.[49]
  • AN/SPS-33 Part of SCANFAR system.[49]
  • AN/SPS-37 2D air search radar[49]
  • AN/SPS-39 3D air search radar[49]
  • AN/SPS-40 2D air search radar[49]
  • AN/SPS-41 Navigational radar for small boats.[50]
  • AN/SPS-43 2D air search radar[49]
  • AN/SPS-46 Navigational radar for small boats by Lavoie Laboratories.[50]
  • AN/SPS-48 3D air search radar[49]
  • AN/SPS-49 2D air search radar (long ranged)[49]
  • AN/APS-51 Successor of AN/APS-46.[50]
  • AN/SPS-52 3D air search radar[49]
  • AN/SPS-53 Navigational radar by Sperry Corporation.[50]
  • AN/SPS-54 Surface search radar by Sperry Corp.[51]
  • AN/SPS-55 2D surface search radar[49]
  • AN/APS-57 Small boats navigational radar by Ridge Electronics.[50]
  • AN/SPS-58 Low altitude 2D air search radar[49]
  • AN/SPS-59 Military designation for the LN-66 short-range navigation radar manufactured by Marconi of Canada. In service in many US Navy ships as well as in the SH-2F LAMPS I ASW helicopter.[citation needed]
  • AN/SPS-60 Solid state version of AN/APS-53.[50]
  • AN/SPS-61 Teledyne-Ryan's entrant into the 1967 emergency missile-detection radar program won by Westinghouse's AN/SPS-58, never went to production.[52]
  • AN/SPS-62 Westinghouse's improvement of AN/SPS-58 with nine examples were ordered in 1973 but quickly cancelled, it appears that Westinghouse simply rolled some of AN/SPS-62's features into AN/SPS-58D.[53]
  • AN/SPS-63 US designation for Italian 3RM-20H surface search radars by Dynell Electronics.[50]
  • AN/SPS-64 Navigation radar, a surface navigation and search radar, made by Raytheon and used both commercially (brand name Mariner's Pathfinder) and by navies worldwide.[citation needed]
  • AN/SPS-65 Development of AN/SPS-58 by Westinghouse as a low altitude radar that is part of the Mark 91 Fire Control System for the Sea Sparrow air defense missiles.[54]
  • AN/SPS-66 Small boat navigational radar by Raytheon.[50]
  • AN/SPS-67 2D surface search radar[49]
  • AN/APS-69 Military designation for Raytheon R41X, with a simple slotted-waveguide bar-type antenna, and a 7" colour CRT display.[55]
  • AN/ASB-12 Airborne search radar/autonav/bomb director set used by the Navy RA5C Recon. aircraft
  • AN/SPS-71 Improved AN/APS-69 with a dielectric dome protector for the antenna and a 10" color CRT control console with more features.[55]
  • AN/SPS-72 Raster-scan collision avoidance radar (RASCAR) by Sperry.[56]
  • AN/SPS-73(V)18 Next Generation Surface Search Radar (NGSSR) by Ultra Electronics Ocean Systems[57]
  • AN/SPS-74 Anti-submarine surface radar by Ultra Electronics 3 Phoenix.[58]
  • AN/SPS-75 US designation of TRS-3D radar.[59]
  • AN/SPS-76 Long range 3D air/maritime/surface search/surveillance radar by ITT Excelis.[60]
  • AN/SPS-77 US designation of Sea Giraffe AMB (Agile Multi-Beam) radar.[61]
  • AN/SPS-80 US designation of Hensoldt TRS-4D radar [62]
  • AN/SPW-2 RIM-8 Talos guidance radar[49]
  • AN/SPY-1 3D phased array air search radar part of Aegis Combat System[49]
  • AN/SPY-2
  • AN/SPY-3 3D phased array air search, tracking, and target illumination radar; part of Dual Band Radar
  • AN/SPY-4 Volume search element of Dual Band Radar
  • AN/SPY-6 Modular phased array search and tracking radar
  • AN/SPY-7 Version of Long Range Discrimination Radar adapted for the Aegis system

Land-based

  • AN/CPS-1 - Microwave Early Warning (MEW) radar. World's first microwave phased-array antenna.
  • AN/FPN-16 Precision Approach Radar (PAR)
  • AN/FPN-47 Airport Surveillance Radar (ASR)
  • AN/FPQ-16 Perimeter Acquisition Radar at Cavalier AFS, North Dakota (an engineering development model was tested at Syracuse)
  • AN/FPS-3 search radar
  • AN/FPS-4 Height-Finder
  • AN/FPS-5 long Range Search Radar
  • AN/FPS-6 height finder
  • AN/FPS-7 Long Range Search Radar
  • AN/FPS-8 Medium Range Search Radar
  • AN/FPS-10 medium-range search/height finder Radar (stripped-down version of the AN/CPS-6B)
  • AN/FPS-14 Medium-range search Radar
  • AN/FPS-16 tracking radar
  • AN/FPS-17 detection radar
  • AN/FPS-18 Medium-range search Radar
  • AN/FPS-19 long-range search radar
  • AN/FPS-20 20A, 20B
  • AN/FPS-23 fluttar radar
  • AN/FPS-24 long range search radar
  • AN/FPS-26 height finder radar
  • AN/FPS-27 Long Range search radar
  • AN/FPS-30 long-range search radar
  • AN/FPS-35 long range search radar
  • AN/FPS-41 meteorological radar
  • AN/FPS-49 Ballistic Missile Early Warning System (BMEWS) tracking radar
  • AN/FPS-49A variant of FPS-49 with different radome for Thule Site J
  • AN/FPS-92 variant of FPS-49 with improvements for Clear AFS, Alaska
  • AN/FPS-50 BMEWS scanning radar
  • AN/FPS-65 General Surveillance Radar
  • AN/FPS-77 Storm Detection Radar
  • AN/FPS-85 Spacetrack radar
  • AN/FPS-95 Cobra Mist radar
  • AN/FPS-100
  • AN/FPS-106 Storm Detection Radar
  • AN/FPS-107 Long Range Search Radar
  • AN/FPS-108 Cobra Dane radar
  • AN/FPS-113
  • AN/FPS-115 PAVE PAWS early warning radar system
  • AN/FPS-117 Long Range Solid-State radar
  • AN/FPS-118 Over-The-Horizon-Backscatter (OTH-B) radar
  • AN/FPS-120, part of the Solid State Phased Array Radar System (replaced BMEWS radars)
  • AN/FPS-123(V3), part of the SSPARS (upgraded PAVE PAWS)
  • AN/FPS-123(V7), part of the SSPARS (modified PAVE PAWS at Clear AFS)
  • AN/FPS-124 unattended Radar (UAR), short range, doppler radar
  • AN/FPS-126, part of the SSPARS
  • AN/FPS-129, also called HAVE STARE
  • AN/FPS-132 Upgraded Early Warning Radar (UEWR) to upgrade SSPARS
  • AN/MPN-1 ground control radar
  • AN/MPN-2 ground control radar
  • AN/MPN-3 ground control radar
  • AN/MPN-5 ground control radar
  • AN/MPN-11 ground control radar
  • AN/MPN-13/14 ground control radar
  • AN/MPN-26 ground control radar
  • AN/MPQ-4 Counter-mortar (Firefinder) Radar (replaced by AN/TPQ-36 & AN/TPQ-37)
  • AN/MPQ-14
  • AN/MPQ-35 PAR (Pulse Acquisition Radar) high/medium-altitude threat detection radar for MIM-23 Hawk surface-to-air missile system.
  • AN/MPQ-64 Sentinel
  • AN/MSQ-1 Close Support Control Set for Radar Bomb Scoring (RBS)
  • AN/MSQ-1A used for Matador Automatic Radar Control
  • AN/MSQ-2 Close Support Control Set for Korean War RBS
  • AN/MSQ-39
  • AN/MSQ-46 descendant of AN/MSQ-39
  • AN/MSQ-77 Bomb Directing Central for Vietnam War ground directed bombing (Combat Skyspot)
  • AN/PPS-5A Ground Surveillance Radar
  • AN/PPS-15 Ground Surveillance Radar
  • AN/TPQ-10 Radar Course Directing Central
  • AN/TPQ-36 Firefinder radar
  • AN/TPQ-37 Firefinder radar
  • AN/TPQ-43 Seek Score[63]
  • AN/TPQ-48 Lightweight Counter Mortar Radar
  • AN/TPQ-50 Lightweight Counter Mortar Radar
  • AN/TPQ-53 Quick Reaction Capability Radar
  • AN/TPS-1 Long range search radar
  • AN/TPS-22 Long range search radar
  • AN/TPS-25 Ground Surveillance Radar (replaced by AN/TPS-58)
  • AN/TPS-32 Long range search radar
  • AN/TPS-34 Long range search radar
  • AN/TPS-37 height-finder radar
  • AN/TPS-39 Intrusion Detection, missile sites[64]
  • AN/TPS-43 Mobile Tactical 3D Radar
  • AN/TPS-43E Mobile Tactical 3D Radar
  • AN/TPS-58 Ground Surveillance Radar
  • AN/TPS-59 transportable air search radar
  • AN/TPS-63 mobile tactical 2D radar
  • AN/TPS-72
  • AN/TPS-75 transportable 3-dimensional air search radar
  • AN/TPS-77 transportable version of the AN/FPS-117 solid state phased array radar
  • AN/TPS-80 Ground/Air Task Oriented Radar
  • AN/TPY-2 Forward Based X-Band Transportable (FBX-T)
  • AN/UPS-1 Short range search radar
  • SCR-268 Fire-control radar
  • SCR-270 Early warning radar
  • SCR-527 Early warning radar
  • SCR-547 Height finding radar
  • SCR-602 Lightweight early warning radar
  • SCR-658 Weather balloon tracking radar
  • SCR-584 Fire-control radar
  • SCR-784 Fire-control radar
  • AN/TSQ-81 Bomb Directing Central (transportable version of AN/MSQ-77)
  • AN/TSQ-96 Bomb Directing Central (version of AN/TSQ-81 with digital computer)
  • Missile Site Radar at the Missile Launch Area of the Stanley R. Mickelsen Safeguard Complex
  • Multi-function Array Radar at White Sands Missile Range for Nike Zeus testing
  • ZEUS Acquisition Radar also at WSMR

Airborne

AN/APB Series
AN/APD Series
AN/APG Series
AN/APN Series
  • AN/APN-12 rendezvous radar for B-47 and C-97
  • AN/APN-24 navigational radar set
  • AN/APN-34 ranging radar used in C-97C R6D-1
  • AN/APN-50 navigational radar by Sperry Corporation
  • AN/APN-52 navigational radar set
  • AN/APN-56 navigational radar by Gould Electronics
  • AN/APN-58 improved AN/APN-50 navigational radar by Sperry Corporation
  • AN/APN-59 improved AN/APN-58 navigational radar by Sperry Corporation for the C-130 C-135 B-57 C-133 C-141 KC-97
  • AN/APN-66 Doppler navigational radar on SM-62 missile and B-47
  • AN/APN-67 Doppler navigational radar set for P6M-1 NC-121 "Project Magnet" and USN helicopters
  • AN/APN-75 rendezvous radar for B-47
  • AN/APN-76 rendezvous radar; manufactured by Olympic; used in KC-97 B-47B/E
  • AN/APN-77 Doppler radar set in SZ-1B, USN helicopters
  • AN/APN-78 Doppler radar set for helicopters
  • AN/APN-79 Doppler radar set by Teledyne for helicopters
  • AN/APN-81 Doppler radar set for RB/WB-66 WB-50 C-130 and KC-135
  • AN/APN-82 improved AN/APN-81 (with integration of AN/ASN-6); for EB/RB/WB-66 and KC-135
  • AN/APN-85 navigation radar by Hazeltine Corporation
  • AN/APN-89 Doppler radar set for B-52E/G/H part of AN/ASQ-38
  • AN/APN-90 Doppler radar set
  • AN/APN-92 navigational radar
  • AN/APN-96 Doppler radar set
  • AN/APN-97 improved AN/APN-79 Doppler radar set by Teledyne for UH-2A SH-3 SH-34J
  • AN/APN-99 improved AN/APN-82 Doppler navigational radar set (with AN/ASN-6 replaced by AN/ASN-7) for B-52 AC-130A and KC-135
  • AN/APN-101 airborne radar for RF-4C/F-4E
  • AN/APN-102 Doppler radar set by Gould Electronics for RB-47/WB-47E RB-57F/WB-57F F-100C/F RF-101
  • AN/APN-105 all-weather Doppler navigational radar system by LFE for F-105B/D and T-39B
  • AN/APN-107 navigational radar for RB-57D
  • AN/APN-108 improved AN/APN-89 Doppler radar set (with gyro components from AN/APN-81 for B-52E)
  • AN/APN-110 Doppler navigational radar set for B-58 F-100D/F RF-101
  • AN/APN-113 Doppler radar for B-58 part of AN/ASQ-42
  • AN/APN-115 Navigational radar by General Electric
  • AN/APN-116 Doppler radar set
  • AN/APN-118 Doppler navigational radar set
  • AN/APN-119 Doppler navigational radar set
  • AN/APN-122 Doppler navigation radar set for S-2 A-2 A-3 A-4 RA-5C A-6 C-47 C-54 EC-121 E-2 TF-8, P-2 P-3 P5M
  • AN/APN-126 Doppler radar set
  • AN/APN-127 collision warning radar
  • AN/APN-128 development of AN/APN-97 navigational radar by Teledyne for C-130
  • AN/APN-129 improved AN/APN-128 Doppler navigational radar system by Teledyne for OV-1A/B
  • AN/APN-130 improved AN/APN-129 Doppler radar by Teledyne for UH-2A SH-3 SH-34J and CH-53D
  • AN/APN-131 Doppler navigational radar for F-105 T-39B TF-8A
  • AN/APN-141 Low altitude radar altimeter manufactured by Bendix;[66] used in A-4/TA-4, A-6, A-7, C-2, C-130, C-141, E-2C, F-4, F-8, F-104, F-105, P-3, S-2, T-39, SH-3
  • AN/APN-142 Navigational radar for F-4C
  • AN/APN-144 Doppler navigational radar for EC-121 and VC-137
  • AN/APN-147 Doppler navigational radar system Canadian Marconi Company for AC-119 C-124C C-130, WC-130B/E RC-135A WC-135B/C-135F and C-141
  • AN/APN-148 Doppler navigational radar for F-105D/F
  • AN/APN-149 terrain avoidance radar developed by Texas Instruments for TF-8
  • AN/APN-153 Doppler navigational radar for A-6 A-4 EA-6 A-7 C-130G E-2 P-3A S-2E
  • AN/APN-158 Weather radar Rockwell Collins for HC-123B U-8F, U-21A and CV-2
  • AN/APN-161 improved AN/APN-59 navigational radar with high-resolution mapping capability incorporated by Sperry Corporation for C-130
  • AN/APN-162 navigational radar manufactured by Marconi Electronic Systems
  • AN/APN-163 Doppler navigational radar system
  • AN/APN-165 Terrain-following/ground-mapping radar by Texas Instruments for OV-1 Mohawk
  • AN/APN-168 Doppler radar by Marconi Electronic Systems used with AN/AYA-3; used in CH-53A and OV-1 Mohawk
  • AN/APN-169 station-keeping radar by Sierra, for the C-130 and C-141
  • AN/APN-170 terrain following radar by General Dynamics for A-4C B-52 and B-58
  • AN/APN-172 improved AN/APN-168 Doppler radar set by Marconi Electronic Systems; used with AN/ASN-73 for HH-53C, CH-53G
  • AN/APN-174 station-keeping subsystem radar set by Teledyne for CH-46 and CH-53
  • AN/APN-175 Doppler radar set by Canadian Marconi Company for C-130 CH-3B, HH-3E and MH-53
  • AN/APN-178 navigational radar by Sierra for C-130
  • AN/APN-179 Doppler navigational radar by Bendix Corporation for EC-47
  • AN/APN-182 improved AN/APN-130 Doppler navigational radar system by Teledyne used with AN/AYK-2 for SH-3H CH-46, HH-46A/D SH-2D, UH-2C and RH-53
  • AN/APN-185 Doppler navigational radar by Singer Corporation for FB-111A A-7D and B-1A
  • AN/APN-186 Doppler radar system for A-6 part of ILAAS (AN/ASQ-116)
  • AN/APN-187 improved AN/APN-185 Doppler navigational radar by Singer Corporation for P-3 Orion
  • AN/APN-189 development of AN/APN-172 Doppler navigation radar by Canadian Marconi Company for F-111D
  • AN/APN-190 improved AN/APN-185 Doppler radar by Singer Corporation for A-7 AC-130E F-111
  • AN/APN-195 nose-mounted radar by Rockwell Collins for SH-3D, HH-3E
  • AN/APN-196 Doppler radar for F-105
  • AN/APN-202 airborne carrier landing radar system for C-2 Greyhound S-3 Viking F/A-18 AV-8 and used in conjunction with AN/SPN-46 on board aircraft carrier
  • AN/APN-205 improved AN/APN-182 Doppler radar by Teledyne for SH-2 SH-60B
  • AN/APN-206 Doppler radar set for B-1A
  • AN/APN-208 development of AN/AON-189 Doppler navigational radar by Canadian Marconi Company for HH-53H and Bell 412
  • AN/APN-210 development of AN/APN-190 Doppler radar set by Singer Corporation for CH-53G
  • AN/APN-211 improved AN/APN-205 navigational radar by Teledyne for helicopters
  • AN/APN-215 improved AN/APN-179 weather and navigational radar by Bendix Corporation used in RU-38A, U-21 and C-130
  • AN/APN-217 improved AN/APN-211 Doppler navigational radar system by Teledyne for AH-1W, UH-1N, SH-2G, SH-3D, HH-3F CH-46 CH-53E, MH-53E, RH-53D HH-60H/J SH-60B/F/J V-22
  • AN/APN-218 development of AN/APN-218 Doppler radar navigation system by Teledyne for B-1B B-52G/H KC-135 C-130 and F-111G [citation needed]
  • AN/APN-220 development of AN/APN-218 Doppler radar by Teledyne
  • AN/APN-221 development of AN/APN-208 Doppler radar by Canadian Marconi Company for C-141 and HH-53H, MH-53J
  • AN/APN-227 Doppler radar sensor by Canadian Marconi Company for P-3C
  • AN/APN-230 improved AN/APN-220 Doppler navigational radar by Teledyne for B-1B
  • AN/APN-231 derivative AN/APN-230 Doppler navigation radar system by Teledyne for EA-6A
  • AN/APN-233 improved AN/APN-230 Doppler navigational radar by Teledyne for C-2 Greyhound OV-10D CH-47 S-2 Alpha Jet and DHC-5
  • AN/APN-234 improved AN/APN-215 weather and navigational radar (Model RDR-1400C) by Bendix Corporation for P-3 Orion and C-2 Greyhound
  • AN/APN-235 improved AN/APN-221 Doppler navigational radar set by Marconi Electronic Systems for HH-60A
  • AN/APN-236 development of AN/APN-233 Doppler radar system by Teledyne
  • AN/APN-237 Ku band terrain-following radar by Texas Instruments part of AN/AAQ-13
  • AN/APN-239 improvement of AN/APN-234 weather and navigational radar (Model RDR-1400C) Bendix Corporation for HH-60G, MH-60G
  • AN/APN-240 improved AN/APN-169 station keeping radar system by Sierra Research
  • AN/APN-241 weather and navigational radar by Westinghouse Electric (1886) for C-130H/J C-27J and HS-748 (Australia)[67]
  • AN/APN-242 improved AN/APN-59 weather and navigational radar[68][69] by Sperry Corporation
  • AN/APN-243 improved AN/APN-243 station-keeping radar by Sierra Technologies; for C-17 and C-130J
  • AN/APN-244 E-TCAS (Enhanced Traffic Alert Collision Avoidance System) by Bendix Corporation radar for C-130E/H/J
  • AN/APN-245 improved AN/APN-202 ACLS (Automatic Carrier Landing System) radar for F/A-18 used in conjunction with AN/SPN-46 on board aircraft carrier
AN/APQ Series
  • AN/APQ-5 low altitude bombing radar by Western Electric for B-24 Liberator B-25 Mitchell PBJ PBM Mariner and B-32 Dominator
  • AN/APQ-7 X band bombing radar by Western Electric for B-17 Flying Fortress B-24 Liberator B-25J B-29 Superfortress and B-32 Dominator nicknamed Eagle Mk 1
  • AN/APQ-10 X band high altitude bombing radar by Western Electric for B-29 Superfortress nicknamed Eagle Mk 2
  • AN/APQ-11 torpedo aiming radar, previously known as SCR-626
  • AN/APQ-12 bombing and torpedo aiming radar, previously known as SCR-631
  • AN/APQ-13 X band bombing radar by Western Electric for B-29 Superfortress and B-32 Dominator nicknamed Mickey
  • AN/APQ-14 airborne radar nicknamed as Moth-1
  • AN/APQ-16 airborne bombing radar
  • AN/APQ-19 S band search and navigational radar
  • AN/APQ-23 X band high altitude bombing radar for B-29 Superfortress
  • AN/APQ-24 bombing and navigational radar for B-36B B-45A B-50 Superfortress and B-66B designated as K-1 System
  • AN/APQ-31 bombing and navigational radar
  • AN/APQ-34 K band bombing radar by Western Electric
  • AN/APQ-35 X band search and attack radar by Westinghouse Electric (1886) for F3D Skyknight F3H Demon and F2H Banshee
  • AN/APQ-36 improved AN/APQ-35 radar by Westinghouse Electric (1886) for F3D-2M and F7U Cutlass
  • AN/APQ-39 Weather and navigational radar on board B-52 Stratofortress
  • AN/APQ-41 improved AN/APQ-36 by Westinghouse Electric (1886) for F3D-2 and F2H-3
  • AN/APQ-43 airborne radar exported to UK with United Kingdom designation AI-22 for Javelin FAW.2 to FAW.6
  • AN/APQ-46 cancelled airborne radar for the proposed F3D-3
  • AN/APQ-50 improved AN/APQ-41 radar by Westinghouse Electric (1886) for F-4 Phantom II F3H Demon and F4D Skyray
  • AN/APQ-51 X band missile control radar by Sperry Corporation for F3H Demon and F7U Cutlass
  • AN/APQ-54 airborne projectile velocity measuring radar
  • AN/APQ-55 K band side looking radar for RF-4C
  • AN/APQ-56 side looking aperture radar by Westinghouse Electric (1886) for RB-57 and RB-47
  • AN/APQ-57 millimetre wave navigational radar
  • AN/APQ-58 millimetre wave navigational radar
  • AN/APQ-59 improved AN/APQ-56 side looking radar by Westinghouse Electric (1886)
  • AN/APQ-60 missile illumination radar by Raytheon for semi-active radar homing missiles
  • AN/APQ-62 side looking radar
  • AN/APQ-64 Sparrow II missile control radar for F5D Skylancer
  • AN/APQ-65 interception radar exported to France for French built de Havilland Vampire
  • AN/APQ-67 interception radar by Raytheon
  • AN/APQ-69 podded version of side-looking aperture radar by Hughes Aircraft for B-58 Hustler
  • AN/APQ-70 millimetre wave navigational radar
  • AN/APQ-72 improved AN/APQ-50 by Westinghouse Electric (1886) for F-4 Phantom II
  • AN/APQ-73 side-looking radar for RS-70
  • AN/APQ-74 X band missile control radar
  • AN/APQ-81 Doppler navigational radar by Northrop Corporation for F6D Missileer and A-3 Skywarrior
  • AN/APQ-83 airborne radar by Magnavox for F-8D
  • AN/APQ-84 improved AN/APQ-83 radar by Magnavox for F-8 Crusader
  • AN/APQ-86 K band side-looking radar by Texas Instruments for RU-8D
  • AN/APQ-88 airborne radar by Naval Avionics for YA-6A
  • AN/APQ-89 terrain-following radar tested on T-2 Buckeye by Texas Instruments
  • AN/APQ-92 Ku band search and attack radar by Norden for A-6A
  • AN/APQ-93 synthetic aperture mapping radar
  • AN/APQ-94 improved AN/APQ-84 fire control radar by Magnavox for F-8D/E
  • AN/APQ-95 collision avoidance radar for helicopters
  • AN/APQ-96 airborne radar for OV-10A
  • AN/APQ-97 K band side-looking radar by Westinghouse Electric (1886) for OV-1A
  • AN/APQ-99 J band multi-mode radar by Texas Instruments for A-7A RF-4B/C and RF-101
  • AN/APQ-100 improved AN/APQ-72 radar by Westinghouse Electric (1886) for F-4C
  • AN/APQ-101 terrain-following radar by Texas Instruments
  • AN/APQ-102 side-looking mapping radar by Goodyear Tire and Rubber Company for RB-57 and RF-4C
  • AN/APQ-103 improved AN/APQ-92 radar by Norden for A-6B
  • AN/APQ-104 derivative of AN/APQ-94 radar by Magnavox for F-8E(FN)
  • AN/APQ-108 reconnaissance radar by Conductron Corporation for SR-71 Blackbird
  • AN/APQ-109 fire control radar by Westinghouse Electric for F-4D
  • AN/APQ-110 Ku band terrain-following radar by Texas Instruments for General Dynamics F-111 and RF4-C
  • AN/APQ-112 improved AN/APQ-103 radar by Norden A-6C
  • AN/APQ-113 Ku band search and attack radar by General Electric for General Dynamics F-111
  • AN/APQ-114 improved AN/APQ-113 Ku band search and attack radar by General Electric for General Dynamics F-111 and F-4 Phantom II
  • AN/APQ-115 improved AN/APQ-110 terrain-following radar by Texas Instruments for A-7A General Dynamics F-111 RF-4C and C-130E
  • AN/APQ-116 improved AN/APQ-115 terrain-following radar by Texas Instruments for A-7A/B/C and C-130 Hercules
  • AN/APQ-117 improved AN/APQ-109 by Westinghouse Electric (1886) for F-4D/E
  • AN/APQ-118 terrain-following radar by Norden for HH-53 and AH-56 Cheyenne
  • AN/APQ-119 improved AN/APQ-114 by General Electric for F-111A/D
  • AN/APQ-120 solid state fire control radar by Westinghouse Electric (1886) for F-4E/F/G
  • AN/APQ-122 X band multi-mode radar by Texas Instruments for C-130 Hercules Boeing RC-135 Boeing T-43 and Boeing E-4
  • AN/APQ-123 airborne radar for F-111D
  • AN/APQ-124 improved AN/APQ-94 fire control and ranging radar by Magnavox for F-8J
  • AN/APQ-125 improved AN/APQ-125 Doppler ranging and fire control radar by Magnavox for F-8J
  • AN/APQ-126 improved AN/APQ-116 J band terrain-following radar by Texas Instruments for A-7D/E AC-130 and CH-53 Sea Stallion
  • AN/APQ-127 airborne radar by Sperry Corporation for A-6 Intruder
  • AN/APQ-128 J band terrain-following radar by Sperry Corporation for F-111C/D and A-7D/E
  • AN/APQ-129 derivative of AN/APQ-112 radar for EA-6A
  • AN/APQ-130 attack radar by Rockwell International for F-111D
  • AN/APQ-131 targeting radar by Texas Instruments for OP-2E
  • AN/APQ-133 side-looking radar by Motorola for AC-119K and AC/C-130
  • AN/APQ-134 Ku band terrain-following radar by Texas Instruments for F-111A/FB-111A
  • AN/APQ-135 sink-rate radar on board A-4 Skyhawk F-4 Phantom II F-8 Crusader and C-130 Hercules
  • AN/APQ-136 attack radar by Texas Instruments for AC-119K and AC-130A
  • AN/APQ-139 Ku band multi-mode radar by Texas Instruments for B-57G
  • AN/APQ-140 J band multi-mode radar by Raytheon Intelligence and Information Systems for Boeing RC-135
  • AN/APQ-141 terrain-following radar by Texas Instruments for HH-53 and AH-56 Cheyenne
  • AN/APQ-142 Quick Look 1 airborne surveillance radar for RV-1C
  • AN/APQ-144 improved AN/APQ-119 by Texas Instruments for F-111F/FB-111A
  • AN/APQ-145 Stewart-Warner ranging and mapping radar for A-4E/F/N/S/SU
  • AN/APQ-146 improved AN/APQ-134 Ku band terrain-following radar by Texas Instruments for F-111C/F
  • AN/APQ-147 terrain-following radar by Texas Instruments for initial batch of MH-60K
  • AN/APQ-148 improved AN/APQ-112 J band attack and navigational radar by Norden for A-6E
  • AN/APQ-149 fire control and navigational radar for F-8 Crusader
  • AN/APQ-150 beacon tracking radar for AC-130E/H
  • AN/APQ-152 mapping radar by Goodyear Tire and Rubber Company for RC-130
  • AN/APQ-153 Emerson Electric Company fire control radar for Northrop F-5
  • AN/APQ-154 improved AN/APQ-141 terrain-following radar by Texas Instruments for HH-53
  • AN/APQ-155 attack radar by Norden for B-52H
  • AN/APQ-156 improved AN/APQ-148 J band attack radar by Norden for A-6E
  • AN/APQ-157 AN/APQ-153 radar with dual line-replaceable units (with the exception of the radar antenna) for the twin seater versions of Northrop F-5
  • AN/APQ-158 for the MH-53 Pave Low helicopter
  • AN/APQ-159 improved AN/APQ-153 fire control radar by Emerson Electric Company for Northrop F-5
  • AN/APQ-160 attack radar for EF-111A Raven
  • AN/APQ-161 General Electric attack radar for F-111F
  • AN/APQ-162 improved AN/APQ-99 terrain-following radar for RF-4C
  • AN/APQ-163 attack radar by General Electric for B-1A
  • AN/APQ-164 I band pulse-Doppler multimode radar by Westinghouse Electric (1986) for the B-1 Lancer bomber[70]
  • AN/APQ-165 attack radar by Texas Instruments for F-111C
  • AN/APQ-166 attack radar for B-52G/H
  • AN/APQ-167 improved AN/APG-157 by Emerson Electric Company to upgrade Northrop F-5 twin seater versions, but instead used on Cessna T-47A Citation for radar operator training
  • AN/APQ-168 multi-mode radar by Texas Instruments for HH-60D & MH-60K
  • AN/APQ-169 improved AN/APG-165 J band attack radar by General Electric for F-111C
  • AN/APQ-170 terrain-following radar by Emerson Electric Company for MC-130H
  • AN/APQ-171 improved AN/APG-146 terrain-following radar by Texas Instruments for F-111C/F
  • AN/APQ-172 improved AN/APQ-162 terrain-following radar for RF-4C
  • AN/APQ-173 derivative of AN/APQ-148 radar for the proposed A-6F/G
  • AN/APQ-174 for the MH-60K and MH-47E helicopters
  • AN/APQ-175 X band / Ku band multimode radar by Emerson Electric Company for C-130E
  • AN/APQ-180 derivative of AN/APG-70 radar for the AC-130U gunship[71]
  • AN/APQ-181 J band synthetic aperture radar for the B-2 Spirit bomber
  • AN/APQ-183 multi-mode radar for RQ-3A.
  • AN/APQ-186, improved AN/APQ-174 by Raytheon for CV-22[72]
AN/APS Series
AN/APY Series
  • AN/APY-1 for the E-3A,B AWACS surveillance aircraft, developed by Westinghouse
  • AN/APY-2 for the E-3C (Maritime Receiver) AWACS surveillance aircraft, developed by Westinghouse
  • AN/APY-3 for the E-8C aircraft, developed by Norden Systems division of Northrop Grumman
  • AN/APY-6 multi-mode high resolution surveillance radar by Northrop Grumman for United States Naval Research Laboratory NP-3C
  • AN/APY-7 solid state version of AN/APY-3 under development for E-8C
  • AN/APY-8 synthetic aperture radar by Sandia National Laboratories for General Atomics MQ-9 Reaper nicknamed as lynx[76][77]
  • AN/APY-9 ultra high frequency surveillance radar[78] under development by Lockheed Martin for E-2D[79]
  • AN/APY-10 A much-modernized evolutionary development of the Raytheon APS-149 maritime surveillance radar by Raytheon for P-8 Poseidon[74][80]
  • AN/APY-11 US designation for Elta EL/M-2022[81] maritime, littoral and surveillance radar jointly produced by ITT Exelis to support the United States Coast Guard's Long Range Surveillance HC-130J aircraft.[82]
  • AN/APY-12 Phoenix Eye synthetic aperture radar surveillance radar developed by Lockheed Martin[83]
AN/AWG Series
  • AN/AWG-3 for the F8U-2
  • AN/AWG-4 for the F8U-2N
  • AN/AWG-6 used in conjunction with AN/APG-30
  • AN/AWG-7 for F8U-3
  • AN/AWG-9 for the F-14 Tomcat
  • AN/AWG-10 for F-4J
  • AN/AWG-11 for F-4K
  • AN/AWG-12 for F-4M
  • AN/AWG-13 for AC-119, used in conjunction with AN/APN-147, AN/APQ-133 and AN/APQ-136 radars
  • AN/AWG-14 for F-4 Phantom II upgrade
  • AN/AWG-15 developed by Fairchild for F-14B
  • AN/AWG-16 two way data link for AGM-62 Walleye
  • AN/AWG-19 Harpoon Aircraft Command and Launch fire control set
  • AN/AWG-20 for F-15 Eagle
  • AN/AWG-21 fire control system for AGM-78
  • AN/AWG-24 Development of AN/AWG-6 for T-2
  • AN/AWG-25 fire control system for AGM-78
  • AN/AWG-27 for F-15 Eagle
  • AN/AWG-30 fire control system for AC-130 used in conjunction AN/APQ-180
  • AN/AWG-31 fire control system for A-10
  • AN/AWG-32 fire control system for Maverick Plus System S-3
Other
  • SCR-584 radar
  • ASARS-2 for the U-2R reconnaissance aircraft
  • Multi-Platform Radar Technology Insertion Program or MP-RTIP, under development for the E-10 MC2A and RQ-4 Global Hawk
  • ALTAIR (ARPA Long-range Tracking And Instrumentation Radar)

Commercial/scientific

See also

Notes

  1. ↑ "official site". http://www.invap.net/nn/control/intro-e.html. 
  2. ↑ First INKAN deployed in 2005
  3. ↑ LaNacion: Más plata para reequipamiento militar LaNacion:Comprará el Gobierno 11 radares (in Spanish)
  4. ↑ En materia de seguridad aérea, Invap construyó 11 modelos del Radar Secundario Monopulso Argentino (RSMA) del plan de radarización que se impulsó en 2005, con una inversión cercana a los 100 millones de pesos, ... Invap desarrollará 11 radares más para completar el control aéreo nacional hacia el noreste y sur del país, con una inversión de 126 millones de pesos y un plazo de instalación hacia fines de 2011.
  5. ↑ "INVAP - Radares". http://www.invap.com.ar/es/area-aeroespacial-y-gobierno/productos-y-servicios/radares.html. 
  6. ↑ ":: Ministerio de Defensa - República Argentina ::". http://www.mindef.gov.ar/info.asp?Id=1422. 
  7. ↑ "Fact Sheet: Jindalee Operational Radar Network". Royal Australian Air Force. https://www.airforce.gov.au/docs/JORN_FAQS.pdf. 
  8. ↑ "SEA 1448 Phases 2A/2B – ANZAC Class Anti-Ship Missile Defence (ASMD)". http://www.defence.gov.au/dmo/msd/sea1448/sea1448.cfm. Retrieved 8 November 2010. 
  9. ↑ Nicholson, Larissa (13 December 2012). "CEA's Defence support deal". AAP. Canberra Times. http://www.canberratimes.com.au/act-news/ceas-defence-support-deal-20121212-2bah5.html. Retrieved 30 January 2016. 
  10. ↑ "RADAR SABER M60". http://www.dct.eb.mil.br/index.php?option=com_content&view=article&id=68&Itemid=82. Retrieved 2010-10-22. 
  11. ↑ "Radar Saber M60". http://www.saorbats.com.ar/gallery2/v/brasil/m60/. Retrieved 2010-10-22. 
  12. ↑ "Desdobramentos Tecnológicos no Desenvolvimento do Radar SABER M60". http://sd-2.archive-host.com/membres/up/99425915118889790/6_5.pdf. Retrieved 2011-02-05. 
  13. ↑ "Desdobramentos Tecnológicos no Desenvolvimento do Radar SABER M60". http://sd-2.archive-host.com/membres/up/99425915118889790/6_5.pdf. Retrieved 2011-02-05. 
  14. ↑ "A SOFTWARE COMPONENT LIBRARY FOR RADAR SIMULATORS". http://www.maxwell.lambda.ele.puc-rio.br/Busca_etds.php?strSecao=resultado&nrSeq=19241@2. Retrieved 2012-03-06. 
  15. ↑ Embraer e Exército Brasileiro apresentam o radar nacional SABER M200 VIGILANTE de alerta aéreo antecipado
  16. ↑ "Mectron - Produtos". Archived from the original on 2009-10-01. https://web.archive.org/web/20091001090021/http://www.mectron.com.br/index_produtos.html. Retrieved 2009-10-20. 
  17. ↑ "Página Oficial do Centro Tecnológico do Exército (CTEx)". http://www.ctex.eb.br/index.php/component/content/article/11-pad/projetos/148-radar-sentir-m20. Retrieved 2015-07-05. 
  18. ↑ "GBP". https://gbp.com.sg/stories/new-egyptian-surveillance-radar-on-display/. 
  19. ↑ "رادار المسح الجوي والإنذار المبكر ثنائي الأبعاد ESR-32A منتج مصري جديد يظهر خلال فعاليات إيديكس 2018 مصر." (in ar-aa). http://www.almusallh.ly/ar/scitech/1900-2018-12-04-17-50-48. 
  20. ↑ Jane's Radar and Electronic Warfare Systems, 2007–2008 Edition, Edited by Martin Streetly, ISBN:978-0-7106-2811-4
  21. ↑ "Artillery Radar System ARTHUR". http://www.army.cz/scripts/detail.php?id=6667. Retrieved 6 July 2016. 
  22. ↑ "The Three Musketeers: Europe's next-gen fighter radars". Jane's International Defense Review. June 1, 2013. 
  23. ↑ "What is EISCAT". EISCAT. https://www.eiscat.se/about/whatiseiscat_new. 
  24. ↑ "Erieye AEW&C Airborne Early Warning & Control mission system radar (Sweden), Airborne radar systems". Jane's Avionics. 4 April 2011. http://articles.janes.com/articles/Janes-Avionics/Erieye-AEW-C-Airborne-Early-Warning--Control-mission-system-radar-Sweden.html. "Erieye AEW&C; Airborne Early Warning & Control mission system radar" 
  25. ↑ "A GLOBUS II / HAVE STARE SOURCEBOOK". Federation of American Scientists. 20 September 2013. https://fas.org/spp/military/program/track/globusII.pdf. 
  26. ↑ Deagel: Ground Master 400
  27. ↑ Aytug Denk (2006). Detection and jamming Low Probability of Intercept (LPI) RADARS (PDF) (Masters). Naval Postgraduate School, Monterey. p. 44. Archived from the original on 2012-04-25.
  28. ↑ "Η σελίδα δεν βρέθηκε « www.olympia.gr". http://olympia.gr/2012/09/05/cciasradar. 
  29. ↑ "Janes Radar and Electronic Warfare Systems". http://www.janes.com/articles/Janes-Radar-and-Electronic-Warfare-Systems/PS-05-A-multimode-radar-Sweden.html. 
  30. ↑ "Active Electronically Scanned Array - AESA RBE2 radar". Thales Group. https://www.thalesgroup.com/en/active-electronically-scanned-array-aesa-rbe2-radar. 
  31. ↑ janes.com
  32. ↑ [1], Thales SMART-L-EWC.
  33. ↑ "SAMPSON Multi-Function Radar". http://navy-matters.beedall.com/sampson.htm. 
  34. ↑ "SMART-L Radar". www.Radartutorial.eu. http://www.radartutorial.eu/19.kartei/07.naval/karte006.en.html. Retrieved 24 Oct 2011. 
  35. ↑ "TOP STEER CW Radar Kiosk -NEM". http://www.nationalelectronicsmuseum.org/topsteer.shtml. 
  36. ↑ Mei, Fu S. "Medium Range Air Defense Radar," Taiwan Defense Review, June 19, 2006.
  37. ↑ 37.0 37.1 O'Halloran, James C. "Tien Kung I low-to-medium-altitude surface-to-air-missile system, pages 299-300," Jane's Land-Based Air Defense, 2002-2003 Edition.
  38. ↑ "Long White 2 (Sky Bow 2 MFR)". CMANO. http://cmano-db.com/sensor/282/. 
  39. ↑ "CS/MPQ-78 (Land-based, Antelope)". CMANO. http://cmano-db.com/pdf/sensor/5781/. Retrieved 1 August 2019. 
  40. ↑ "Mobile Air-defense Phased Array Radar NCSIST". NCSIST. http://www.ncsist.org.tw/eng/csistdup/products/product.aspx?product_Id=101&catalog=31. Retrieved 1 August 2019. 
  41. ↑ "CS/SPG-21A (Hsiung Feng I FC)". CMAO. http://cmano-db.com/sensor/5279/. 
  42. ↑ Cheng, Jiawen. "Chinese Academy of Sciences participates in overseas defense exhibition to reveal the range of Lu Shejian II missiles". United Daily News. https://udn.com/news/story/10930/3679214. Retrieved 19 January 2020. 
  43. ↑ 43.00 43.01 43.02 43.03 43.04 43.05 43.06 43.07 43.08 43.09 43.10 43.11 43.12 43.13 43.14 Routledge
  44. ↑ Sayer, Chapter XI.
  45. ↑ Radar systems Information - The Radar Pages https://www.radarpages.co.uk/download/radar_g97.doc
  46. ↑ Routledge, p. 438.
  47. ↑ Armed Forces - a6a13 - British Army - Artillery - Artillery Locating Devices - MAMBA
  48. ↑ Macintyre, Donald, CAPT RN "Shipborne Radar" United States Naval Institute Proceedings September 1967 pp.81-83
  49. ↑ 49.00 49.01 49.02 49.03 49.04 49.05 49.06 49.07 49.08 49.09 49.10 49.11 49.12 49.13 49.14 49.15 49.16 49.17 49.18 49.19 49.20 49.21 49.22 49.23 49.24 Polmar (December 1978) p.143
  50. ↑ 50.00 50.01 50.02 50.03 50.04 50.05 50.06 50.07 50.08 50.09 50.10 "AN/SPS Series Radars". http://www.alternatewars.com/BBOW/Radar/SPS_Series.htm. 
  51. ↑ AN/SPS-54
  52. ↑ AN/SPS-61
  53. ↑ AN/SPS-62
  54. ↑ AN/SPS-65
  55. ↑ 55.0 55.1 "AN/SPS-69 and AN/SPS-71 radars". http://www.harpoondatabases.com/Encyclopedia/Entry3124.aspx. 
  56. ↑ Friedman, Norman (1997). The Naval Institute Guide to World Naval Weapons Systems, 1997-1998. ISBN 9781557502681. https://books.google.com/books?id=l-DzknmTgDUC&q=AN%2FSPS-72+radar&pg=PA374. Retrieved 2013-03-21. 
  57. ↑ "NGSSR entering next phase of U.S Navy developmental testing | Ultra" (in en-gb). https://www.ultra.group/media-centre/ultra-news/next-generation-surface-search-radar-entering-next-phase-of-us-navy-developmental-testing/. 
  58. ↑ AN/SPS-74
  59. ↑ AN/SPS-75
  60. ↑ AN/SPS-76
  61. ↑ AN/SPS-77
  62. ↑ Naval News TRS-4D
  63. ↑ AN/SPS-64
  64. ↑ Cord, A; Keneally, J; Joyce, F (1964). AN/TPS-39 Information Bulletin. Sylvania Electronics Systems. http://308smw.com/files/AN_TPS-39_tipsie_manual.pdf. 
  65. ↑ Lockheed Martin data sheet for APG-67
  66. ↑ Andreas Parsch (2008-11-26). "AN/APN - Equipment Listing". Designation-Systems.Net. http://www.designation-systems.net/usmilav/jetds/an-apn.html. 
  67. ↑ AN/APN-241
  68. ↑ "AN/APN 242 OEM Replacement for AN/APN-59 Radar". Northrop Grumman. http://www.es.northropgrumman.com/solutions/apn242/index.html. 
  69. ↑ "AN/APN 242 Airborne Radar Color Weather & Navigation Radar". Northrop Grumman. http://www.sperrymarine.northropgrumman.com/Products/Radars/anapn242/. 
  70. ↑ AN/APQ-164
  71. ↑ AN/APQ-180
  72. ↑ "AN/APQ-186". http://www.raytheon.com/products/apq174/. 
  73. ↑ AN/APS-145 Lockheed Martin data sheet for AN/APS-145
  74. ↑ 74.0 74.1 "Navy Moves Forward On Advanced Airborne Radar". http://www.aviationweek.com/Article.aspx?id=/article-xml/AW_06_18_2012_p39-466297.xml. 
  75. ↑ AN/APS-150
  76. ↑ AN/APY-8
  77. ↑ Lynx radar
  78. ↑ AN/APY-9
  79. ↑ AN/APY-9
  80. ↑ AN/APY-10
  81. ↑ APY-11
  82. ↑ AN/APY-11
  83. ↑ AN/APY-12

References

  • Polmar, Norman (December 1978). The U.S.Navy: Shipboard Radars. United States Naval Institute Proceedings. 
  • Polmar, Norman (July 1981). The U.S.Navy: Sonars, Part 1. United States Naval Institute Proceedings. 
  • Routledge, Brig N. W., History of the Royal Regiment of Artillery: Anti-Aircraft Artillery 1914–55, London: Royal Artillery Institution/Brassey's, 1994, ISBN:1-85753-099-3
  • Sayer, Brig A. P., Army Radar, London: War Office, 1950.

External links



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