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Narrowly focused radar beam whose reflected signal is used to obtain a missile lock-on
A fire-control radar (FCR) is a radar that is designed specifically to provide information (mainly target azimuth, elevation, range and range rate) to
Fire-control_radar
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
List_of_radars
Type of analogue fire-control system
The major components of a gun fire-control system are a human-controlled director, along with or later replaced by radar or television camera, a computer
Ship_gun_fire-control_system
Swedish fire control radar
tech Radar and Optronic Site) is a radar and optronic tracking fire control director designed by Saab for use along with the 9LV naval fire control system
CEROS_200_fire_control_radar
Ranged weapon assistance system
A fire-control system (FCS) is an integrated system of components that assists a gunner in executing tasks needed to achieve accurate firing by means of
Fire-control_system
Military aircraft fire-control radar family
fire-control radar (FCR) manufactured by Westinghouse for the McDonnell Douglas F-4E Phantom II. Its design lineage can be traced to the Aero-13 fire-control
AN/APQ-120_radar_family
Military helicopter fire-control radar
The AN/APG-78 Longbow is a millimeter-wave fire-control radar (FCR) system for the AH-64D/E Apache attack helicopter. It was initially developed in the
AN/APG-78_Longbow
the surveillance and fire-control-radar for Akash missile (pic-01) 3. QRSAM has two radars - one is Battery Surveillance Radar (BSR) and other is Battery
List of Indian military radars
List_of_Indian_military_radars
Air- and missile-defense system
capability requires only one launcher, one battle manager, and one fire control radar to provide 360-degree defense of troops or critical assets. As more
Medium Extended Air Defense System
Medium_Extended_Air_Defense_System
("31-Go" Anti Surface Fire-Control Radar) Type 2 Mark 3 Model 2 Anti-Surface Fire-Control Radar ("32-Go" Anti Surface Fire-Control Radar) Type 2 Mark 3 Model
List of Japanese World War II radars
List_of_Japanese_World_War_II_radars
Type of aircraft fire-control radar
The KLJ-7, also referred to as the Type 1478, is an X band airborne fire-control radar (FCR) developed by Nanjing Research Institute of Electronics Technology
KLJ-7
and control Bar Lock A – Russian P-37 "Metch" (1RL139) 2D air surveillance radar. The basic "Bar Lock" dates back to 1961. Bass Tilt – MR-123, fire control
List of NATO reporting names for equipment
List_of_NATO_reporting_names_for_equipment
Chinese naval fire control radar
fire-control radar. It integrates optoelectronic tracking and laser ranging systems. It tracks two targets simultaneously. It was the standard fire control
Type_344_radar
Chinese automated close-in weapons system
enclosed automatic turret and directed by radar, and electro-optical tracking systems. The maximum rate of fire is 5800 rd/m, and the effective range is
Type_730_CIWS
Autocannon
system could be paired with the off-gun (remote) Super Fledermaus fire control radar, which in the late 1970s was upgraded to the Skyguard system. The
Oerlikon_GDF
Swiss radar fire control system
service as the Feuerleitgerät 63, Flt Gt 63 (fire control radar unit 63), is a pulse-radar fire control system, 111 of these systems were in service with
Super_Fledermaus
2 August 2024. "AN/APQ-153/-157 fire-control radars (United States), Airborne Fire-Control Radars". Jane's Radar and Electronic Warfare Systems. 3 December
List of military electronics of the United States: A–G
List_of_military_electronics_of_the_United_States:_A–G
Thai class of ship
air/surface radar, Type 352C Square Tie surface search radar, Type 343 Sun Visor fire control radar for 100 mm guns, Type 341 Rice Lamp fire control radar for
Chao_Phraya-class_frigate
Naval multipurpose surface search and fire-control radar
surface search and fire control radar used with the Mk-86 gun fire-control system (MK86 GFCS). It is a two dimensional surface-search radar, meaning it provides
AN/SPQ-9
Naval continuous wave fire-control radar
The AN/SPG-62 is a continuous wave fire-control radar developed by the United States, and it is currently deployed on warships equipped with the Aegis
AN/SPG-62
Chinese fire-control radar
The Type 347G "Rice Bowl" I-band fire-control radar is found on Chinese Navy ships, in conjunction with the Type 76A dual-37mm automatic AA gun. Typically
Type_347_radar
Fire-control radar
The AN/SPG-51 is an American tracking / illumination fire-control radar for RIM-24 Tartar and RIM-66 Standard missiles. It is used for target tracking
AN/SPG-51
KF-21 Boramae fire-control radar
gallium nitride (GaN) based active electronically scanned array (AESA) fire-control radar designed by Agency for Defense Development (ADD) and Hanwha Systems
APY-016K
British Fast battleship
There were two director control towers (DCT) for the 15-inch guns, each carrying a "double cheese" Type 274 fire-control radar for range finding and spotting
HMS_Vanguard_(23)
Type of phased-array radar
Control and Warning Group of the Japan Self-Defense Forces in 1995. The first series production ship-based AESA was the OPS-24, a fire-control radar introduced
Active electronically scanned array
Active_electronically_scanned_array
US Navy cruiser class
superstructure. The Tartar missiles were controlled by the Mk 74 missile fire-control system with four AN/SPG-51 fire-control radars. Some space was allocated on
Albany-class_cruiser
American prototype interceptor aircraft
(CIA); unlike the A-12, it was furnished with the Hughes AN/ASG-18 fire-control radar and could be armed with AIM-47 Falcon (GAR-9) air-to-air missiles
Lockheed_YF-12
Naval 3D PESA Aegis radar system
(PESA) 3D radar system manufactured by Lockheed Martin, and is a key component of the Aegis Combat System. The system is computer controlled and uses four
AN/SPY-1
Soviet and Russian fully automatic naval close-in weapon system
is mounted in an enclosed automatic turret and directed by MR-123 fire-control radar and television detection and tracking. The weapon's primary purpose
AK-630
F-35 Lightning II fire-control radar
The AN/APG-81 is an active electronically scanned array (AESA) fire-control radar designed by Northrop Grumman Electronic Systems (formerly Westinghouse
AN/APG-81
Taiwanese class of war vessel
Institute of Science and Technology and an indigenous search/track and fire-control radar and electro-optical director. The ship increases its survivability
Tuo_Chiang-class_corvette
Class of anti-submarine frigates in service with German navy
guns. The radar suite consists of Thales Nederland 2D air search (LW 08), 3D multi function (SMART-S) and two STIR 180 fire control radars in addition
Brandenburg-class_frigate
F-35 Lightning II fire-control radar
The AN/APG-85 is an active electronically scanned array (AESA) fire-control radar developed by Northrop Grumman for the Lockheed Martin F-35 Lightning
AN/APG-85
Class of ship in the Indonesian Navy
radar and TR-47 fire control radar. The later version were equipped with Danish Terma-made SCANTER 4603 X-Band radar and C-Fire electro-optical fire control
Sampari-class fast attack craft
Sampari-class_fast_attack_craft
U.S. Navy program to develop a class of principal surface combatants
destroyers. The sensors will initially be enlarged variants of the AN/SPY-6 radar mounted on the Flight III Arleigh Burke-class destroyers. The hull is designed
DDG(X)
Automatic tracking microwave radar
gun-laying radars used worldwide well into the 1950s. A trailer-mounted mobile version was the SCR-784. In 1937, America's first fire-control radar, the SCR-268
SCR-584_radar
Destroyer class of the US Navy
test platform for the AN/SPQ-9B Anti-ship Missile Defense (ASMD) Fire control Radar to be outfitted on the San Antonio-class amphibious transport docks
Spruance-class_destroyer
Frigate in the Romanian Navy
roof there is also a box superstructure which is the base of the fire-control radar, and in the rear part of the bridge roof is the base for the forward
Romanian_frigate_Mărășești
Nuclear guided-missile cruiser class of the US Navy
of it that served as the ASROC magazine, the replacement of the SPS-40 radar antenna with the SPS-49 antenna, and the replacement of the SPS-48C with
California-class_cruiser
Fire-control radar system
STIR (Signal Tracking and Illumination Radar) is a medium-to-long range fire-control radar system manufactured by Thales Group. It is used for electro-optical
STIR_(radar)
Indian state-owned defence electronics company
tactical radars, fire-control radars and air-defence surveillance systems. The Swathi Weapon Locating Radar is an indigenous phased-array radar developed
Bharat_Electronics
Airborne fire control Scalable Agile Beam Radar
AN/APG-83 Scalable Agile Beam Radar (SABR) is a full-performance active electronically scanned array (AESA) fire control radar for the Lockheed Martin F-16V
AN/APG-83
Iowa-class battleship
their primary sensor was the Mark 8 fire-control radar mounted on their roofs. A secondary Mark 40 fire-control director was installed inside the armored
USS_Wisconsin_(BB-64)
Class of stealth corvette for the Algerian Navy
Kelvin Hughes SharpEye radars. In addition of Type 364 targeting and secondary air search radar. One Type 345 fire-control radar system used to guide the
Adhafer-class_corvette
Chinese fire control radar
Type 348 radar is a Chinese fire control radar developed for Type 76 twin 37 mm naval gun to guide it for point-defence, and it incorporates features
Type_348_Radar
purchase radar systems from the Netherlands". LRT. 3 January 2024. Retrieved 3 January 2024. "Ground Master 200 Multi Mission/Compact radar gepresenteerd
List of equipment of the Lithuanian Armed Forces
List_of_equipment_of_the_Lithuanian_Armed_Forces
Class of large patrol craft
air search radar. They carries a Chinese TR47C fire control radar for main gun. For navigation, the ships use the Japanese JMA 3336 radar. To help the
Durjoy-class_patrol_craft
Coastal defence structure
coordinating fire control information. Some fire control towers were also the mounting points for coast surveillance or fire control radar antennas. Although
Fire_control_tower
Fire-control radar
electronically scanned array radar developed by the Defence Research and Development Organisation (DRDO). This acts as the fire-control radar for Akash weapon system
Rajendra_(radar_system)
Guided missile frigates in service with the Philippines Navy
search radar system, an improvement over the non-AESA system on the Jose Rizal-class frigate; a secondary surface search/navigation radar system; a fire control
Miguel_Malvar-class_frigate
American multi-role fighter aircraft
The F-16A/B was originally equipped with the Westinghouse AN/APG-66 fire-control radar. Its slotted planar array antenna was designed to be compact to fit
General Dynamics F-16 Fighting Falcon
General_Dynamics_F-16_Fighting_Falcon
Type of radar system
MURAD 110-A AESA MULTI-FUNCTIONAL FIRE CONTROL RADAR". Retrieved 2024-10-30. "MURAD 110-A AESA Fire Control Radar". ASELSAN. Retrieved 2025-06-23. "KAAN'ın
MURAD_AESA_Radar
Iowa-class battleship of the U.S. Navy
their primary sensor was the Mark 8 fire-control radar mounted on their roofs. A secondary Mark 40 fire-control director was installed inside the armored
USS_Missouri_(BB-63)
Family of airborne radars
multifunctional fire control radar of Grifo family, and until the appearance of Grifo-7, also the smallest multifunctional fire control radar. Grifo-ASV was
Grifo_radar
1969 class of German Navy destroyer
to fire the SM-1MR surface-to-air missile and Harpoon anti-ship missile. A typical balance was 32 of the former and 8 of the latter. Fire control was
Lütjens-class_destroyer
RWR. Grifo-MK-II fire control radar replaced Grifo-7 fire control radar on the earlier F-7MP. In comparison to the Grifo-7, the new radar only weighs an
List_of_Chengdu_J-7_variants
Slava-class guided missile cruiser
Screech fire control radar for the 130 mm guns, 3R41 Volna/Top Dome radar for SA-N-6 SAM control, MPZ-301 Baza/Pop Group radar for SA-N-4 SAM control and
Russian_cruiser_Varyag_(1983)
The Type 345 (MR35) fire-control radar system is used to guide the HQ-7 short-range surface-to-air missile. The system is installed on many modern and
Type_345_Radar
Polish Navy offshore patrol vessel
System, SMART-S Mk2 surveillance radar, STING-EO Mk2 fire control radar, MIRADOR electro-optical observation and fire control system and LINK 11/16 tactical
ORP_Ślązak_(2015)
Class of destroyer built for the Soviet Navy
guidance; 3 navigation and surface control radar MR-201 e 212; 2 'Bass Tilt' (MR-123) for CIWS; 6 'Front Dome'(MR-90) radar for SA-N-7 guidance (a very large
Sovremenny-class_destroyer
Destroyer class of the Royal Australian Navy
radar, two Raytheon SPG-51G fire control radars for the Mark 13 launcher, and a Western Electric SPG-53F fire control radar for the 5-inch guns. A Sangamo
Perth-class_destroyer
Tracked medium-range surface-to-air missile system
presented a SURN (fire control radar) upgrade featuring an optical channel and new multiple-function color displays as well as the radar upgrade and the
2K12_Kub
Military aircraft fire-control radar
represents the 66th design of an Army-Navy airborne electronic device for radar fire-control equipment. The JETDS system also now is used to name all Department
AN/APG-66
Mobile anti-aircraft gun
experiments in the mid-WWII era on auto-follow radar systems on the GL Mk. III radar and Searchlight Control radar systems. Production was not taken up at that
Radar, Anti-Aircraft No. 3 Mk. 7
Radar,_Anti-Aircraft_No._3_Mk._7
Bharat: MoD inks Rs 2,000 crore contract with BEL for Air Defence Fire Control Radars for Indian Army" (Press release). Press Information Bureau. 25 July
List of equipment of the Indian Army
List_of_equipment_of_the_Indian_Army
("31-Go" anti-surface fire-control radar) Type 2 Mark 3 Model 2 anti-surface fire-control radar ("32-Go" anti-surface fire-control radar) Type 2 Mark 3 Model
List of Japanese military equipment of World War II
List_of_Japanese_military_equipment_of_World_War_II
Chinese high-power microwave weapon
capable of emitting rapid electromagnetic pulses (EMP), a rotating fire-control radar, and an electro-optical system. The HPM system is credited with a
Hurricane_(weapon)
Indian defence research laboratory
high-power 3D radars, airborne surveillance radars, and fire control systems. The publicly known projects include: INDRA series of 2D radars meant for the
Electronics and Radar Development Establishment
Electronics_and_Radar_Development_Establishment
Fast battleship class of the United States Navy
gun fire control systems with Mark 8 fire control radar to direct the 16-inch guns and a quartet of Mk 37 gun fire control systems with Mark 12 fire control
Iowa-class_battleship
1958 Destroyer class of the US Navy
replaced by two quad Harpoon anti-ship missile launchers and their fire control and search radars upgraded to handle SM-2ER missiles. All ships of the class were
Farragut-class destroyer (1958)
Farragut-class_destroyer_(1958)
Self-propelled anti-aircraft gun
guns. Instead of mounting the fire control radar on the turret front like the Gepard, the Type 87's fire control radar is located on top of the turret
Type 87 self-propelled anti-aircraft gun
Type_87_self-propelled_anti-aircraft_gun
Type 054 frigate of the PLA Navy
Japanese government protested to China, claiming that Wenzhou used fire control radar to target and warn the Japanese Maritime Self-Defense Force's carrier-borne
Chinese_frigate_Wenzhou
30–300 GHz range of the electromagnetic spectrum
frequency reuse potential. Millimeter waves are used for military fire-control radar, airport security scanners, short range wireless networks, and scientific
Extremely_high_frequency
2011 Krabi-class patrol vessel
She is equipped with a Thales Variant surveillance radar, a Thales Lirod Mk2 fire control radar and the Thales Tacticos combat management system. In
HTMS_Krabi
Spruance-class destroyer
upgrades to the control panels of the radar systems, an entire level added to the ship to contain previously installed CIWS control computers, and most
USS_Merrill_(DD-976)
Gun Fire Control System of the United States Navy
Mark 63 Gun Fire Control System (Mk.63 GFCS) is a gun fire-control system made up of AN/SPG-34 radar tracker and the Mark 29 gun sight. They were usually
Mark 63 Gun Fire Control System
Mark_63_Gun_Fire_Control_System
fire-control radar ("31-Go" anti-surface fire-control radar) Type 2 Mark 3 Model 2 anti-surface fire-control radar ("32-Go" anti-surface fire-control
List of weapons of the Imperial Japanese Navy
List_of_weapons_of_the_Imperial_Japanese_Navy
Leander-class cruiser
first Royal Navy cruiser to have fire control radar, with the installation of the New Zealand-made SS1 fire-control radar in June 1940. After Second World
HMNZS_Achilles
Naval and air incident in the Sea of Japan
aiming the fire-control (FC) radar at a plane is a violation of the Code for Unplanned Encounters at Sea (CUES), as a lock with the FC radar is generally
2018 Japan–South Korea radar lock-on dispute
2018_Japan–South_Korea_radar_lock-on_dispute
Naval weapons system developed by the Japanese Defense Ministry
composed of weapon-direction and fire-control subsystem and a multi-function radar subsystem. The multi-function radar subsystem adopted active electronically
FCS-3
Turkish long-range surface-to-air missile defense system
during a live-fire test at the Sinop Test Range. The missile, guided by Aselsan’s ALP 310-G search radar and PUSAT 1000-G fire control radar, hit the evasive
SİPER
Ground-based mobile 3D AESA multi-mission radar
ballistic targets and providing fire control guidance for missile interception or artillery air defense. Several versions of the radar were purchased and are operated
EL/M-2084
Gun Fire Control System of the United States Navy
Mark 56 Gun Fire Control System (Mk.56 GFCS) is a gun fire-control system made up of AN/SPG-35 radar tracker and the Mark 42 ballistic computer. The directional
Mark 56 Gun Fire Control System
Mark_56_Gun_Fire_Control_System
Royal Thai Navy ship
(Mk.41 VLS), the combat system. Fire control radar and target radar (Illuminator) can be improved to support the firing of such launch weapons when the
HTMS_Bhumibol_Adulyadej
Krivak-class frigate
sonar and variable depth sonar. Fire control for the guns consisted of MR-145 Lev radar for the 100 mm gun and 3R95 radar for the 3K95 Kinzhal (SA-N-9 'Gauntlet')
Russian_frigate_Neustrashimy
Thai naval warship class
surface-search radar, one HSA DA-05 air/surface-search radar, one HSA WM-25 fire-control radar, one HSA LIROD-8 optical fire-control system, and one
Ratanakosin-class_corvette
Class of guided-missile destroyers
include the MK86 Gun Fire Control System with AN/SPQ-9 radar, the Hughes AN/SPS-52C 3D radar, the AN/SPG-51C (Digital) Fire Control Radars, and the Naval Tactical
Charles F. Adams-class destroyer
Charles_F._Adams-class_destroyer
Class of Russian battlecruisers
medium and long-range anti-air missile . 2 × Top Dome for S-300F fire control radar (the forward Top Dome is replaced with Tomb Stone (Passive electronically
Kirov-class_battlecruiser
Chinese interceptor aircraft family
conventional radome and side air intakes to create room for a modern fire-control radar, and used more powerful engines. The aircraft started development
Shenyang_J-8
Naval gun
absence of control from the radar system, as well as a capability for fire even if power supply is lost. The gun is fed by 152 ready to fire rounds and
AK-176
Turkish anti-submarine ships
are power management system, fire detection system, fire fighting, damage control system, CCTV system and stability control system. "Ada" means island in
Ada-class_corvette
Type of radar system
is an X-Band airborne Active Electronically Scanned Array (AESA) fire control radar (FCR) designed for fighter aircraft to support air-to-air combat and
EL/M-2052
Warns of radar signals that might be a threat
signal that might be a threat is detected, like a fighter aircraft's fire control radar. The warning can then be used, manually or automatically, to evade
Radar_warning_receiver
Close-in weapon system
Breda-built Bofors 40 mm firing high explosive (HE) shells, a fire-control radar (Alenia RTN-10X Orion) and a fire-control system (Alenia RTN-20X Orion
DARDO
Russian ground-based mobile signals intelligence system
designed to detect side looking airborne radars, air-to-ground fire-control radars and low-altitude flight control radars, as well as to provide intelligence
Avtobaza
US carrier-based jet-powered interceptor
Avionics AN/APQ-50A – Fire-control radar AN/APQ-72 – Fire-control radar (replaced APQ-50) Westinghouse Aero 13F – Fire-control radar Related development
Douglas_F4D_Skyray
Class of Soviet missile corvette
could be distinguished by the lack of fire control radar on the roof of the bridge. Instead, the fire control radar, X-band "Garpun-Bal" (NATO: "Plank Shave")
Tarantul-class_corvette
(pronounced as "SPIG sixty") is a United States tracking radar that is part of the MK-86 Gun Fire Control System (GFCS). It is used for air tracking and on some
AN/SPG-60
US military transportable X-band surveillance radar
ballistic missile defense system (BMDS) tracking, discrimination, and fire control radars downstream. This approach extends sensor coverage, the possibility
AN/TPY-2_transportable_radar
Class of Taiwanese frigates
surface search radar, SPS-49(V)5 air search, Mark 92 fire control radar, STIR 24 missile fire control radar and Mark 90 Phalanx fire control radar. They are
Cheng_Kung-class_frigate
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