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Type of analogue fire-control system
Ship gun fire-control systems (GFCS) are analogue fire-control systems that were used aboard naval warships prior to modern electronic computerized systems
Ship_gun_fire-control_system
Ranged weapon assistance system
human gunner firing a weapon, but attempts to do so faster and more accurately. The original fire-control systems were developed for ships. The early history
Fire-control_system
Narrowly focused radar beam whose reflected signal is used to obtain a missile lock-on
of radars List of military electronics of the United States Ship gun fire-control system Wragg, David W. (1973). A Dictionary of Aviation (first ed.)
Fire-control_radar
Compensates for the motion of the platform
applications see ship gun fire-control system. Moving land-based systems tend to require more specialized stabilization. Due to the need to fire while in motion
Gun_stabilizer
Japanese ship gun fire-control system
FCS-1 was a Japanese ship gun fire-control system (GFCS). In the 1950s, the Japan Maritime Self-Defense Force (JMSDF) used Mk 57 and Mk 63 as its main
FCS-1
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
Component of the Mark 37 Gun Fire Control System
The Mark 1, and later the Mark 1A, Fire Control Computer was a component of the Mark 37 Gun Fire Control System deployed by the United States Navy during
Mark_I_Fire_Control_Computer
U.S. Navy gun control system
The Mark 34 Gun Weapon System (GWS) is a component of the Aegis Combat System that is responsible for controlling and providing fire control to the 127
Mark_34_Gun_Weapon_System
Computer that calculates aiming for weapons
the fire control system; it passes information to the computer that calculates range and elevation for the guns. Typically, positions on the ship measured
Director_(military)
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
Short-range shipboard weapon system
The Mark 38 25 mm machine gun system (MGS) is a shipboard weapon system designed to protect warships primarily from a variety of surface threats, especially
Mark 38 25 mm machine gun system
Mark_38_25_mm_machine_gun_system
Swedish fire control radar
optronic tracking fire control director designed by Saab for use along with the 9LV naval fire control system (FCS) on naval ships. When interfaced to
CEROS_200_fire_control_radar
American military term
In the U.S. Army Coast Artillery Corps, the term fire control system was used to refer to the personnel, facilities, technology and procedures that were
Coast Artillery fire control system
Coast_Artillery_fire_control_system
406 mm naval gun
up-to-date Mark 160 Fire Control System was used to guide the fire of the Iowa-class battleship Mark 7 guns. The Mark 7 gun was a built-up gun and was constructed
16-inch/50-caliber_Mark_7_gun
Type of defensive weapon system
Oerlikon Contraves) for mounting on ships. It is based on the 35/1000 revolver gun land-based air defense system and uses Advanced Hit Efficiency And
Rheinmetall Oerlikon Millennium Gun
Rheinmetall_Oerlikon_Millennium_Gun
Dual Purpose Gun
purpose naval gun of World War II,[page needed] especially as it was usually under the control of the advanced Mark 37 Gun Fire Control System which provided
5-inch/38-caliber_gun
Close-in weapon system
An entirely self-contained unit, the mounting houses the gun, an automated fire-control system and all other major components, enabling it to automatically
Phalanx_CIWS
United States Navy occupational rating
and systems; operate and maintain combat and weapons direction systems, surface-to-air and surface-to-surface missile systems, and gun fire control systems
Fire_controlman
Coastal defence structure
batteries, or adjust the aim of guns by spotting shell splashes. Fire control towers came into general use in coastal defence systems in the late 19th century
Fire_control_tower
British anti-aircraft fire-control system
was a control system and was made possible by an effective data transmission network between an external gun director, a below decks fire control computer
HACS
The Mark 92 Fire Control System is a US-built medium-range anti-aircraft missile and gun fire control system. It was developed for the FFG-7 Oliver Hazard
Mark 92 Guided Missile Fire Control System
Mark_92_Guided_Missile_Fire_Control_System
Armament of WWII battleship
early main battery fire control consisted of the Fire Control Tower, two Mark 38 Gun Fire Control Systems (GFCS), and fire control equipment located in
Armament of the Iowa-class battleship
Armament_of_the_Iowa-class_battleship
Shipboard gun and missile system
Type 81 Fire Control System (FCS-2) is a Japanese shipboard gun and missile fire-control system. This series of systems has been installed on destroyers
FCS-2
Naval gun
displacement ships and comprises the Gun Mount with a MR-123-02/76 Fire Control Radar System. It has high survivability owing to autonomous use of the gun mount
AK-176
Fast battleship class of the United States Navy
ship could fire any combination of its guns, including a broadside of all nine. The fire control was performed by the Mark 38 Gun Fire Control System
Iowa-class_battleship
Weapon
Chanakya Forum. Retrieved 17 January 2025. See Ship gun fire-control system for the naval aspect of the system. "India's most-advanced warship to get the
Barak_MX
Gun-based CIWS
a gun-based close-in weapon system (CIWS) built by the Italian companies Breda and OTO Melara. It is composed of two Breda-built Bofors 40 mm firing high
DARDO
Naval artillery
part of BAE Systems AB), designed in the late 1960s as a replacement design for the twin barreled Bofors 57 mm Naval Automatic Gun L/60. The gun is remotely
Bofors 57 mm Naval Automatic Gun L/70
Bofors_57_mm_Naval_Automatic_Gun_L/70
Type of point-defense weapon system
Missile (USA) Mistral-3 ship-based remotely controlled variants (France) Sea Oryx (Taiwan) Tor missile system Examples of gun-missile-based CIWS in operational
Close-in_weapon_system
Class of stealth corvette for the Algerian Navy
CSTC-supplied combat management system (CMS). The ships are equipped with an Italian 76 mm NG-16-1 naval cannon as their main gun, inside a turret with a reduced
Adhafer-class_corvette
Naval artillery gun
either the Mk 86 Gun Fire Control System or the Mk 34 Gun Weapon System. Since before World War II, 5 inches (127 mm) has been the standard gun caliber for
5-inch/54-caliber_Mark_45_gun
Class of stealth guided missile frigate
mount with an automatic gun and fuze setter. Fire control is provided by the 5P-10E Puma FCS. The gun can fire 60 rounds a minute out to a range of 8.2 nautical
Talwar-class_frigate
Regulations on arms and ammunition
Gun laws and policies, collectively referred to as firearms regulation or gun control, regulate the manufacture, sale, transfer, possession, modification
Overview of gun laws by nation
Overview_of_gun_laws_by_nation
Autocannon
self-propelled anti-aircraft guns (SPAAG). The system could be paired with the off-gun (remote) Super Fledermaus fire control radar, which in the late 1970s
Oerlikon_GDF
Class of destroyer built for the Soviet Navy
The ship carries 48 Shtil missiles. The ship's 130-millimetre (5.1 in) guns are the AK-130-MR-184. The system includes a computer control system with
Sovremenny-class_destroyer
Type of naval close-in weapon system
optronic tracking system with infrared and visible spectrum modes provide target information. A control console is located in the ship's operations room
Denel_35_mm_Dual_Purpose_Gun
Gun turret for autocannon with automated mount or manual control
electro-optical director (EOD). The gun and the EOD can be controlled from a remote operator console elsewhere on the ship. The weapon is a gyro-stabilized
30mm DS30M Mark 2 Automated Small Calibre Gun
30mm_DS30M_Mark_2_Automated_Small_Calibre_Gun
Class of future Indian Navy training ships
AK-630 CIWS (with EON-51 FCS) and 12.7 mm calibre machine guns equipped with each Fire Control System. The vessels are based on an L&T's in-house design. The
Krishna-class_training_ship
US Navy cruiser class
the missile systems (Talos and Tartar) had new digital fire control system upgrades to handle the increasing threat from Soviet Navy anti-ship cruise missiles
Albany-class_cruiser
Swedish autocannon
L/70 BOFI (Bofors Optronic Fire control Instrument) gun system: Fair weather system, with electro optic fire control system (with a computer and laser
Bofors 40 mm Automatic Gun L/70
Bofors_40_mm_Automatic_Gun_L/70
Naval weapon system
The DS30B rapid-fire cannon is a 30 mm Oerlikon stabilized, ship-protection system created by MSI-Defence Systems and controlled by a single operator.
DS30B_rapid_fire_cannon
Naval artillery piece
used with many other fire control systems when not in Italian service. The Indian Navy ships uses BEL Lynx-U2 fire control system designed, developed and
OTO_Melara_76_mm
Coastal defense ship class of the German Imperial Navy
(310 lb). The ships also had a secondary battery of ten 8.8 cm (3.46 in) SK L/30 guns with 2,500 rounds of ammunition. The 8.8 cm gun fired a 10 kg (22 lb)
Odin-class coastal defense ship
Odin-class_coastal_defense_ship
Soviet and Russian fully automatic naval close-in weapon system
The complete weapon system is called A-213-Vympel-A, which comprises the AK-630M Gun Mount, MR-123-02 Fire-Control Radar System, and SP-521 Electrical-Optical
AK-630
18th-century long firearm
early stages of the Napoleonic Wars. It is a type of volley gun adapted for ship-to-ship fighting, but was limited in its use because of the powerful
Nock_gun
Naval gun
multi-purpose 100 mm gun. The gun was designed to be effective for anti-aircraft defence, anti-ship combat, and shore bombardment fire support. The first
French_100_mm_naval_gun
Class of guided missile destroyers
the Dutch fire control and the US missile system rarely worked as intended. The missiles were also ineffective against sea-skimming anti-ship missiles
Iroquois-class_destroyer
Thai class of ship
system replacing the old ZKJ-3, 37 mm Type 76A twin-barreled remote-controlled guns with the TR47C fire control radar with FCU17C-1 calculator system
Chao_Phraya-class_frigate
single 30 mm AA gun. In service: 2 ships Displacement: 209 tons Crew: 30 Equipment: Square Tie surface search radar, Drum Tilt gun fire control Armament: 4
List_of_Algerian_ships
Frigate class of the Turkish Naval Forces
ship is installed with a Aselsan GOKDENIZ 35 mm dual-barreled gun-based close-in weapon system (CIWS) and two Aselsan SMASH 200/25 remote controlled weapon
Istanbul-class_frigate
Optical ranging devices
conditions under which they are to be used." Ship gun fire-control system Coast Artillery fire control system Periscope Heliometer Stadiametric rangefinding
Coincidence_rangefinder
fire - fire and movement - fire control system - fire discipline - fire support - firebase - firebombing - firepower - firing squad - first lieutenant -
Index_of_war-related_articles
Class of Soviet missile corvette
"Kivach-2" on the bridge roof (or MR-312 "Pechera-1" on the ships of Poland), and the gun-fire control radar MR-123 Vympel (NATO: "Bass Tilt") at the foot of
Tarantul-class_corvette
Ship ("21-Go" Modify 4 Anti-Surface, Fire-assisting Radar) Type 2 Mark 3 Model 1 anti-surface fire-control radar ("31-Go" anti-surface fire-control radar)
List of Japanese military equipment of World War II
List_of_Japanese_military_equipment_of_World_War_II
Coastal Artillery
become the next heavy coastal defense system. A 120 mm automatic gun system was eventually selected. Rb 08 anti-ship missile installations were seriously
12_cm_tornautomatpjäs_m/70
US Navy small coastal combat ships
armament for self-defense, and command and control. Unlike traditional fighting ships with fixed armament such as guns and missiles, tailored mission modules
Independence-class littoral combat ship
Independence-class_littoral_combat_ship
Kang Ding class frigate
main gun is an Oto Melara 76 mm/62 Mk 75 gun, similar to its Singaporean counterparts, the Formidable-class frigates. The Sea Chaparral SAM system is considered
Kang_Ding-class_frigate
Naval gun
remotely from the Mk 68 Gun Fire Control System, or locally from the mount at the One Man Control (OMC) station. The self-loading gun mount weighs about 60
5-inch/54-caliber_Mark_42_gun
Anti-Ship Missile CIWS - Close In Weapon System FCS - Fire Control System GFCS - Gun FCS NCS - Naval Combat System PDMS - Point Defence Missile System SAM
List_of_naval_weapon_systems
American coastal artillery station
Artillery Corps as part of fire control systems for locating the positions of attacking ships and controlling the firing of seacoast guns, mortars, or mines to
Base_end_station
Indian 155 mm howitzer
override system. Includes auto gun alignment and positioning system, fire-control system (FCS), and ammunition handling system. The MGS system has undergone
ATAGS_(howitzer)
Naval gun
destroyer-sized ships to replace decommissioned cruisers for long-range shore bombardment. United States naval gun terminology indicates the gun fired a projectile
8-inch/55-caliber_Mark_71_gun
Coastal Artillery
a central installation featuring fire control, power supply and accommodation, and with tunnels leading to each gun. Adaptions were made and some installations
7.5_cm_tornpjäs_m/57
Naval artillery
optical controlled firing, high trajectories were not practical for ship-to-ship combat. Such combat essentially required flat-trajectory guns in order
Paixhans_gun
Class of American amphibious assault ships
radar, an AN/URN-25 TACAN system, along with several additional radars for navigation and fire control. All Wasp-class ships were built by Ingalls Shipbuilding
Wasp-class amphibious assault ship
Wasp-class_amphibious_assault_ship
Class of landing ship built for the Soviet Navy
G-Band Fire Control Radar (for 76mm Gun) H/I-Band Fire Control Radar (for 30mm Guns) F/H/I-Band Fire Control Radar (for Osa-M Missile System) 17 channel
Ivan_Rogov-class_landing_ship
crafts are clearly visible, as well as the Exocet launchers and the firing control systems Close-up of the bow deck of Tourville; the 100 mm turret is clearly
French_frigate_Tourville
Chukar Paravane Seafox drone RP-3 SNEB 4.5 inch Mark 8 naval gun Admiralty Fire Control Table - retired Vickers range clock - retired British 18 inch
List of equipment of the Royal Navy
List_of_equipment_of_the_Royal_Navy
Shipboard fire at sea
later returned to the ship as her commander, and ultimately retired as an admiral. This was the second of three serious fires to strike American carriers
1967_USS_Forrestal_fire
U.S. Military adopted variant of the FN MAG
(11.6 kg). The rate of fire of the M240G can be controlled by three gas settings. On gas setting one the machine gun will fire at 650–750 rounds per minute
M240_machine_gun
Planned class of Soviet battlecruisers
of these systems, revealed that the effective range of the Rif-A surface-search radar was less than that of the Yakor and Zalp fire-control radars. There
Stalingrad-class battlecruiser
Stalingrad-class_battlecruiser
South African navy frigates
chemical) contamination. These ships are also fitted with Sulzer und Weise seawater fire-fighting pumps and sprinkler systems. These are also ready to wet
Valour-class_frigate
Indian Navy ship class
INS Brahmaputra at launch, until the ship was retro-fitted with the Israeli Barak SAM system, with fire control provided by an EL/M-2221 STGR radar. INS
Brahmaputra-class_frigate
Weapon systems of the naval branch of the People's Liberation Army of China
guns vary in size and power from older swivel-mount 25 mm machine guns to advanced fire-control radar-assisted gun-based close-in weapon systems (gun-based
List of equipment of the People's Liberation Army Navy
List_of_equipment_of_the_People's_Liberation_Army_Navy
2024 video game
their ship. KeelWorks, a Scottish company, previously worked on 3D animation. This is their first video game. Konami released Cygni: All Guns Blazing
Cygni:_All_Guns_Blazing
a scanning and a fire control radar with a basic fire control computer. There were plans to replace the torpedo tubes with anti-ship missiles in the 1980s
Spica-class torpedo boat (Sweden)
Spica-class_torpedo_boat_(Sweden)
Greek naval ship class
Thomson-CSF Vega II command and control system which includes the Pollux TRS3220 fast-scanning radar as a fire control radar system. "TRS 3050 (Triton G) - Radartutorial"
Jason-class_tank_landing_ship
Class of Indonesian Navy corvettes
The ship also has two Bofors 40 mm guns instead of only a single gun and not equipped with torpedo launchers. The ships countermeasure systems consisted
Fatahillah-class_corvette
British surface-to-air missile system
3-inch gun turrets amidships on each ship. The final Royal Navy Seacat variant, this used the Italian Alenia Orion RTN-10X fire control system with Type
Seacat_(missile)
Class of German World War II-era fast battleships
used by the fire control systems (German: Rechenstellen) to compute firing solutions for the different guns and targets. The guns were fired electrically
Bismarck-class_battleship
British battleship (1906–1919)
(ship, 1906). Guide to the Dreadnought's distinctive 12-inch (305 mm) guns Dreadnought Project's technical material on the weaponry and fire control of
HMS_Dreadnought_(1906)
Nuclear guided-missile cruiser class of the US Navy
for Harpoon missiles. They were equipped with two Mk 45 5-inch rapid-fire guns, fore and aft. Four 12.75-inch torpedo launchers (two on each side, protruding
California-class_cruiser
Class of ship in the Indonesian Navy
fire control radar. The later version were equipped with Danish Terma-made SCANTER 4603 X-Band radar and C-Fire electro-optical fire control system.
Sampari-class fast attack craft
Sampari-class_fast_attack_craft
American light tank
The M8 armored gun system (AGS), sometimes known as the Buford, is an American light tank that was intended to replace the M551 Sheridan and TOW missile-armed
M8_armored_gun_system
Coastal Defence Room
fire control system for guns used against enemy ships or aircraft, whether naval guns or coastal artillery. The plotting room received data on ship or
Plotting_room
Norwegian defense company
and space related systems and products, mainly anti-ship missiles, military communications, and command and weapons control systems for naval vessels
Kongsberg_Defence_&_Aerospace
Indian infantry combat vehicle
programme, such as fire control system, composite armour, hydro-pneumatic suspension and host of other automotive and armament sub-systems can be adopted
Abhay_IFV
American autocannon
Northrop Grumman Innovation Systems produces the gun. It is an externally-powered, chain-driven, single-barrel weapon that may be fired in semi-automatic, burst
M242_Bushmaster
Process of aiming an artillery piece or turret
of firing. The system was eventually replaced by the improved "Admiralty Fire Control Table" for ships built after 1927. By the 1950s gun turrets were increasingly
Gun_laying
Class of naval artillery for engaging both air and surface targets
provided with an anti-aircraft fire control system and a method for setting the time fuze in the A.A. warhead, fired by the gun. Starting with the Tribal class
Dual-purpose_gun
Ship class
practically no competitors). These guns also had fire control radars, one for every flank. Towards the aft of the ship there was the Tartar launcher with
Durand de la Penne-class destroyer
Durand_de_la_Penne-class_destroyer
Indian class of warships
blast deflectors present on the lead ship, INS Delhi. A single AK-100 gun guided by MR-184/MR-145 fire-control system (NATO: Kite Screech), which comprises
Delhi-class_destroyer
Electromechanical fire control computer
following World War II, specifically the Computer Mk 47 in the Mk 68 Gun Fire Control system. During World War II, rangekeepers directed gunfire on land, sea
Rangekeeper
Class of Russian Guided Missile Cruisers
command and control ship SSV-33 Ural. Originally built for the Soviet Navy, the class is named after the first of a series of four ships constructed,
Kirov-class_battlecruiser
Naval multipurpose surface search and fire-control radar
States Navy multi-purpose surface search and fire control radar used with the Mk-86 gun fire-control system (MK86 GFCS). It is a two dimensional surface-search
AN/SPQ-9
Artillery mounted on a warship
other ships were often used as floating gun platforms expressly for this purpose. However, given the relatively primitive nature of the fire control computers
Naval_artillery
Electromagnetic projectile launcher
ship's electrical supplies will need to provide about 25 MW for as long as firing continues. As of 2020[update], the Navy had spent $500m on rail gun
Railgun
Russian oceanic patrol vessels
knots. The ships of the class are armed with a single AK-176M 76 mm gun on the bow, and two 14.5 mm machine guns on the sides. The 76 mm gun can be used
Okean-class_patrol_ship
Destroyer class of the US Navy
torpedo tube mounts.[citation needed] Hull and later ships were built under SCB 85A with their fire control directors reversed from the SCB 85 configuration
Forrest Sherman-class destroyer
Forrest_Sherman-class_destroyer
Algerian navy ship
range and an automatic guidance system. The ships are armed with a Russian AK-176 76 mm main gun with a high rate of fire installed at the bow and a Gatling-type
Djebel_Chenoua-class_corvette
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SHIP GUN-FIRE-CONTROL-SYSTEM
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SHIP GUN-FIRE-CONTROL-SYSTEM
SHIP GUN-FIRE-CONTROL-SYSTEM
SHIP GUN-FIRE-CONTROL-SYSTEM
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SHIP GUN-FIRE-CONTROL-SYSTEM
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