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For its size, the Sa'ar 5 Corvette design claims the lowest acoustic, infrared and radar signature. Three of these, built by Ingalls Shipbuilding (now Northrop Grumman), are currently operative with the Israeli Navy.
For its size, the Sa'ar 5 Corvette design claims the lowest acoustic, infrared and radar signature. Three of these, built by Ingalls Shipbuilding (now Northrop Grumman), are currently operative with the Israeli Navy.
 The ship's helicopter hangar can accommodate an H-665A Dauphin, Kaman SH-2F or Sikorsky S-76N helicopter.
The ship's helicopter hangar can accommodate an H-665A Dauphin, Kaman SH-2F or Sikorsky S-76N helicopter.
 INS Eilat the first of class.
INS Eilat the first of class.
US Navy Kaman SH-2Fs can be accomodated by the Eilat Class Sa'ar 5 corvettes.
US Navy Kaman SH-2Fs can be accomodated by the Eilat Class Sa'ar 5 corvettes.
 The Sa'ar 5 is a stable, high-speed platform incorporating stealth technology to minimize radar cross section and infrared and acoustic signatures.
The Sa'ar 5 is a stable, high-speed platform incorporating stealth technology to minimize radar cross section and infrared and acoustic signatures.
 Weaponry includes 130km-range Harpoon missiles.
Weaponry includes 130km-range Harpoon missiles.
The Phalanx Mk. 15 close-in weapon system which can fire 3,000 rounds/min.
The Phalanx Mk. 15 close-in weapon system which can fire 3,000 rounds/min.
 The maximum speed of the Eilat Class Sa'ar 5 Corvettes is 33 knots.
The maximum speed of the Eilat Class Sa'ar 5 Corvettes is 33 knots.
 QENS Huwar deployed on manoeuvres.
QENS Huwar deployed on manoeuvres.
Weapons control is provided by the Thales Nederland STING optronic director and the IRSCAN infra-red search and track system.
Weapons control is provided by the Thales Nederland STING optronic director and the IRSCAN infra-red search and track system.
 QENS Barzan on patrol.
QENS Barzan on patrol.
 QENS Al Udeid and QENS Al Debeel – the second pair of Vita Class fast attack craft delivered to the Qatar Emiri Navy in 1998.
QENS Al Udeid and QENS Al Debeel – the second pair of Vita Class fast attack craft delivered to the Qatar Emiri Navy in 1998.
QENS Al Deebel.
QENS Al Deebel.
 The 30mm Thales Nederland Goalkeeper close-in weapon system is positioned at the rear.
The 30mm Thales Nederland Goalkeeper close-in weapon system is positioned at the rear.
 The Sting EO fire control radar and electro-optical tracking system plus the Oto Melara 76mm/62 super rapid naval gun.
The Sting EO fire control radar and electro-optical tracking system plus the Oto Melara 76mm/62 super rapid naval gun.
Singapore Technologies Marine Ltd have built twelve Fearless class 55m patrol vessels for the Singapore Navy.
Singapore Technologies Marine Ltd have built twelve Fearless class 55m patrol vessels for the Singapore Navy.
 The Fearless is powered by two new generation MTU 12V 595 TE 90 engines coupled to ZF gear boxes.
The Fearless is powered by two new generation MTU 12V 595 TE 90 engines coupled to ZF gear boxes.
 The first six vessels are configured for anti-submarine warfare and equipped with torpedoes; the second six are used for patrol and other missions.
The first six vessels are configured for anti-submarine warfare and equipped with torpedoes; the second six are used for patrol and other missions.
The Fearless' ergonomically designed wheelhouse.
The Fearless' ergonomically designed wheelhouse.
 Fearless patrol vessels are fitted with waterjet propulsion for increased manoeuvrability.
Fearless patrol vessels are fitted with waterjet propulsion for increased manoeuvrability.
 The Fearless class patrol vessels are equipped with sophisticated MTU Ship Control Monitoring and Management Systems (SCMMS).
The Fearless class patrol vessels are equipped with sophisticated MTU Ship Control Monitoring and Management Systems (SCMMS).
HDMS Hajen second of the Flyvefisken class.
HDMS Hajen second of the Flyvefisken class.
 HDMS Havkatten, third of the Flyvefisken class.
HDMS Havkatten, third of the Flyvefisken class.
 Weapon and equipment containers can be easily changed in less than an hour. The alignment of gun systems may require a few more hours.
Weapon and equipment containers can be easily changed in less than an hour. The alignment of gun systems may require a few more hours.
The 76mm Oto Melara Super Rapid gun in its container.
The 76mm Oto Melara Super Rapid gun in its container.
The SF 300 loaded with mines.
The SF 300 loaded with mines.
 The standard console of the Standard Flex 300
The standard console of the Standard Flex 300
The radar tracker of the Flexfire weapon control system which can control a variety of gun and missile systems.
The radar tracker of the Flexfire weapon control system which can control a variety of gun and missile systems.
 The bridge console of the ship's control and supervisory system with the ship handling panel to the right.
The bridge console of the ship's control and supervisory system with the ship handling panel to the right.
 The 62m Roussen Class fast attack craft for the Hellenic Navy of Greece.
The 62m Roussen Class fast attack craft for the Hellenic Navy of Greece.
The fast attack craft will be armed with Exocet surface-to-surface missiles, RAM air defence missiles and a 76mm main gun.
The fast attack craft will be armed with Exocet surface-to-surface missiles, RAM air defence missiles and a 76mm main gun.
 Mirador electro-optical target tracker.
Mirador electro-optical target tracker.
 Sting fire control system.
Sting fire control system.
Scout Mark II low probability of intercept radar.
Scout Mark II low probability of intercept radar.
 The Tacticos combat management system is integrated with Exocet missiles, 76mm gun, 30mm guns, RAM system, DR 3000 electronic support measures and chaff launcher.
The Tacticos combat management system is integrated with Exocet missiles, 76mm gun, 30mm guns, RAM system, DR 3000 electronic support measures and chaff launcher.
 Outline of the 62m fast attack craft for the Hellenic Navy.
Outline of the 62m fast attack craft for the Hellenic Navy.
HMCS Kingston first of Class launched 1995.
HMCS Kingston first of Class launched 1995.
 HMCS Glace Bay. 6 ships are stationed on the east coast for operations on the Saint Lawrence and the Atlantic and six ships are based on the Pacific Coast.
HMCS Glace Bay. 6 ships are stationed on the east coast for operations on the Saint Lawrence and the Atlantic and six ships are based on the Pacific Coast.
HMCS Glace Bay second of Class on trials.
HMCS Glace Bay second of Class on trials.
The launching of the Shawinigan.
The launching of the Shawinigan.
 The Shawinigan about to embark on trials.
The Shawinigan about to embark on trials.
 Vessel schematic.
Vessel schematic.
The 650t Laksamana class missile corvette.
The 650t Laksamana class missile corvette.
 The citadel is NBC warfare protected.
The citadel is NBC warfare protected.
 Six Otomat Teseo Mark 2 missile launchers, three pointing to port and three pointing starboard.
Six Otomat Teseo Mark 2 missile launchers, three pointing to port and three pointing starboard.
The engines provide a dash speed of 36 knots, a maximum sustained speed of 34 knots and an economical speed of 18 knots.
The engines provide a dash speed of 36 knots, a maximum sustained speed of 34 knots and an economical speed of 18 knots.
 The ship's main gun is the 76mm 62 calibre Oto Melara Super Rapid.
The ship's main gun is the 76mm 62 calibre Oto Melara Super Rapid.
The ship's medium-range air defence system is the Albatros.
The ship's medium-range air defence system is the Albatros.
The first two ships, Hang Nadim and Tun Abdul Jamil.
The first two ships, Hang Nadim and Tun Abdul Jamil.
 Laksamana Class vessels, Muhammed Amin (F136) and Tun Pusman (F137) on manoeuvres.
Laksamana Class vessels, Muhammed Amin (F136) and Tun Pusman (F137) on manoeuvres.
 The Meko A-200 frigate built for the South African Navy.
The Meko A-200 frigate built for the South African Navy.
The Valour Class (Meko A-200) is armed with Exocet anti-ship and Umkhonto surface-to-air missiles.
The Valour Class (Meko A-200) is armed with Exocet anti-ship and Umkhonto surface-to-air missiles.
 Outline drawing of the Meko A-200 SAN showing arrangement of weapons and systems.
Outline drawing of the Meko A-200 SAN showing arrangement of weapons and systems.
 CODAG WARP (Combined Diesel and Gas - Water Jet and Refined Propeller) propulsion system of the A-200 SAN.
CODAG WARP (Combined Diesel and Gas - Water Jet and Refined Propeller) propulsion system of the A-200 SAN.
The A-200’s stealth design incorporates measures to reduce the ship’s radar, thermal and acoustic signatures.
The A-200’s stealth design incorporates measures to reduce the ship’s radar, thermal and acoustic signatures.
 The Kedah Class (Meko A-100) patrol vessel being built for the Royal Malaysian Navy.
The Kedah Class (Meko A-100) patrol vessel being built for the Royal Malaysian Navy.
 A MEKO 140 Espora Class Corvette of the Argentine Navy.
A MEKO 140 Espora Class Corvette of the Argentine Navy.
MEKO A Class combat ships evolved from the MEKO family of ships, here is a MEKO 200T series of the Turkish Navy.
MEKO A Class combat ships evolved from the MEKO family of ships, here is a MEKO 200T series of the Turkish Navy.
 The Turkish frigate Barbaros a modified MEKO 200-type.
The Turkish frigate Barbaros a modified MEKO 200-type.
 Model of Mirage Class (Type 14310).
Model of Mirage Class (Type 14310).
The AK-306 automatic artillery system.
The AK-306 automatic artillery system.
 The Igla-1M portable air defence missile system.
The Igla-1M portable air defence missile system.
 Model of Mirage Class (Type 14310).
Model of Mirage Class (Type 14310).
Line drawing of Mirage Class (Type 14310).
Line drawing of Mirage Class (Type 14310).
 Developed by Vosper Thornycroft from the well proven Mk9 Corvette, this 83m Corvette design has already been sold.
Developed by Vosper Thornycroft from the well proven Mk9 Corvette, this 83m Corvette design has already been sold.
 The hull and superstructure have been designed to minimise the radar cross section.
The hull and superstructure have been designed to minimise the radar cross section.
The corvette's short range surface-to-air missile system is the Thales Crotale NG launch unit with the VT-1 missile.
The corvette's short range surface-to-air missile system is the Thales Crotale NG launch unit with the VT-1 missile.
 The Qahir Class Corvette on manouvres.
The Qahir Class Corvette on manouvres.
 RNOV Qahir Al Amwaj, first-of Class.
RNOV Qahir Al Amwaj, first-of Class.
RNOV Al Mua'zzar armed with the Exocet missile.
RNOV Al Mua'zzar armed with the Exocet missile.
 The Super Barricade Decoy System.
The Super Barricade Decoy System.
 The Um Al Maradim Class of missile attack craft built for Kuwait by CMN of France.
The Um Al Maradim Class of missile attack craft built for Kuwait by CMN of France.
Combattante I is fitted with Thales MRR three-dimensional radar.
Combattante I is fitted with Thales MRR three-dimensional radar.
 Maskan (P3717) pictured was delivered in 1998.
Maskan (P3717) pictured was delivered in 1998.
 Um Al Maradim Class bridge controls and displays.
Um Al Maradim Class bridge controls and displays.
The attack craft are armed with two twin launchers for the MBDA Sea Skua missiles.
The attack craft are armed with two twin launchers for the MBDA Sea Skua missiles.
 Combattante 1 platform monitoring and control displays.
Combattante 1 platform monitoring and control displays.
 The propulsion system is based on two 2.94MW diesel engines supplied by MTU.
The propulsion system is based on two 2.94MW diesel engines supplied by MTU.
The Visby Class of stealth corvettes is being built for the Swedish Navy.
The Visby Class of stealth corvettes is being built for the Swedish Navy.
 The first four Visby corvettes are for Mine Countermeasures (MCM) and Anti-Submarine Warfare (ASW).
The first four Visby corvettes are for Mine Countermeasures (MCM) and Anti-Submarine Warfare (ASW).
 The Visby (K31) was launched in June 2000 and is due to commission in 2006.
The Visby (K31) was launched in June 2000 and is due to commission in 2006.
The stealth features of the Visby are designed to minimise detection.
The stealth features of the Visby are designed to minimise detection.
 The hull material is a sandwich construction comprising a PVC core with a carbon fibre and vinyl laminate.
The hull material is a sandwich construction comprising a PVC core with a carbon fibre and vinyl laminate.
 The vessel has ROVs for mine hunting and mine disposal.
The vessel has ROVs for mine hunting and mine disposal.
The Visby is armed with rocket powered grenade launchers, depth charges and torpedoes for ASW.
The Visby is armed with rocket powered grenade launchers, depth charges and torpedoes for ASW.
 The Bofors 57mm Mark III gun fires up to 220 rounds/minute.
The Bofors 57mm Mark III gun fires up to 220 rounds/minute.
 The Visby combined diesel and gas (CODAG) propulsion.
The Visby combined diesel and gas (CODAG) propulsion.
The corvettes will be equipped with eight RBS 15 anti-ship missiles.
The corvettes will be equipped with eight RBS 15 anti-ship missiles.
 General data on the Visby Class corvette.
General data on the Visby Class corvette.
 The Nakhoda Ragam class of 1,940t offshore patrol vessels built for Brunei by BAE Systems.
The Nakhoda Ragam class of 1,940t offshore patrol vessels built for Brunei by BAE Systems.
The first of its class, Nakhoda Ragam, was launched in January 2001.
The first of its class, Nakhoda Ragam, was launched in January 2001.
 The launch of the third vessel, the Jerambak, took place in June 2002.
The launch of the third vessel, the Jerambak, took place in June 2002.
 The vessels are armed with Exocet MM40 Block II anti-ship missiles.
The vessels are armed with Exocet MM40 Block II anti-ship missiles.
The ship's surface-to-air missile is the vertical-launch Seawolf, which has a range of up to 6km against aircraft or missiles.
The ship's surface-to-air missile is the vertical-launch Seawolf, which has a range of up to 6km against aircraft or missiles.
 The Nautis command and weapons control system.
The Nautis command and weapons control system.
 The ship design is a based on BAE Systems F2000 family.
The ship design is a based on BAE Systems F2000 family.
Launch of the final vessel of the class at the Scotstoun shipyard of BAE Systems Marine.
Launch of the final vessel of the class at the Scotstoun shipyard of BAE Systems Marine.
 The Baynunah corvettes have a stealthy superstructure and a low draught which allows operation in shallow waters.
The Baynunah corvettes have a stealthy superstructure and a low draught which allows operation in shallow waters.
 Six Baynunah Class corvettes are being built for the United Arab Emirates.
Six Baynunah Class corvettes are being built for the United Arab Emirates.
The main roles of the Baynunah corvettes will be patrol and surveillance, minelaying and other anti-surface warfare operations.
The main roles of the Baynunah corvettes will be patrol and surveillance, minelaying and other anti-surface warfare operations.
 The corvettes are based on CMN's BR70 70m design with a stealthy superstructure, a helicopter landing deck and a hangar.
The corvettes are based on CMN's BR70 70m design with a stealthy superstructure, a helicopter landing deck and a hangar.
 The program includes a technology transfer arrangement between Constructions Mecaniques de Normandie (CMN) and Abu Dhabi Shipbuilding (ADSB), with ADSB as prime contractor.
The program includes a technology transfer arrangement between Constructions Mecaniques de Normandie (CMN) and Abu Dhabi Shipbuilding (ADSB), with ADSB as prime contractor.
Outline drawing of the Baynunah corvette. The vessel has a stern helicopter deck with a single landing spot for a medium-sized helicopter such as the Eurocopter AS 565 Panther, in service with the UAE.
Outline drawing of the Baynunah corvette. The vessel has a stern helicopter deck with a single landing spot for a medium-sized helicopter such as the Eurocopter AS 565 Panther, in service with the UAE.
 The corvette will be armed with the Mk 48 vertical launcher for the Evolved SeaSparrow Missile (ESSM), which has a new rocket motor and tail control to provide increased speed, range and manoeuvrability.
The corvette will be armed with the Mk 48 vertical launcher for the Evolved SeaSparrow Missile (ESSM), which has a new rocket motor and tail control to provide increased speed, range and manoeuvrability.
 The Skjold class of missile fast patrol boats.
The Skjold class of missile fast patrol boats.
The first of class, KNM Skjold (P-960), was commissioned in April 1999.
The first of class, KNM Skjold (P-960), was commissioned in April 1999.
 The Skjold has an air-cushioned catamaran hull and waterjet propulsion, which provides high speed and manoeuvrability.
The Skjold has an air-cushioned catamaran hull and waterjet propulsion, which provides high speed and manoeuvrability.
 The US Navy has assessed the Skjold for the Littoral Combat Ship (LCS) program.
The US Navy has assessed the Skjold for the Littoral Combat Ship (LCS) program.
The Skjold Class will be armed with the new NSM anti-ship missile when it enters service.
The Skjold Class will be armed with the new NSM anti-ship missile when it enters service.
 KNM Skjold's faceted external shape and the use of radar absorbing materials embedded in the structure contribute to the vessel's stealth features.
KNM Skjold's faceted external shape and the use of radar absorbing materials embedded in the structure contribute to the vessel's stealth features.
 The Skjold Class will be built at the Umoe Mandal shipyard.
The Skjold Class will be built at the Umoe Mandal shipyard.
The shallow draft on air cushion gives the advantage of access to shallow coastal waters.
The shallow draft on air cushion gives the advantage of access to shallow coastal waters.
 KNM Skjold has two gas turbine engines driving the waterjets. New build vessels will have four.
KNM Skjold has two gas turbine engines driving the waterjets. New build vessels will have four.
 Maximum speed of the vessel is more than 100km/h.
Maximum speed of the vessel is more than 100km/h.
The Skjold's composite structure gives a high strength-to-weight ratio.
The Skjold's composite structure gives a high strength-to-weight ratio.
 The first of class, Commandante Cigala Fulgosi (P490), entered service with the Italian Navy in 2002.
The first of class, Commandante Cigala Fulgosi (P490), entered service with the Italian Navy in 2002.
 The second vessel, Commandante Borsini (P491), also commissioned in 2002.
The second vessel, Commandante Borsini (P491), also commissioned in 2002.
The Selex Sistemi Integrati combat system handles fire control, internal and external communications, message handling and blind pilotage.
The Selex Sistemi Integrati combat system handles fire control, internal and external communications, message handling and blind pilotage.
 Outline drawing of the NUMC (New Minor Combatant), now called the Commandante Class.
Outline drawing of the NUMC (New Minor Combatant), now called the Commandante Class.
 The Selex NA-25 radar and optronic director provides fire control for the main gun.
The Selex NA-25 radar and optronic director provides fire control for the main gun.
The Commandante has a stern helicopter deck and retractable hangar for an NH 90 or AB 212 helicopter.
The Commandante has a stern helicopter deck and retractable hangar for an NH 90 or AB 212 helicopter.
 The Selex RAN-30X/I multi-mode radar operating at X band.
The Selex RAN-30X/I multi-mode radar operating at X band.
 Outline drawing of the Sirio, being built for the Italian Ministry of Transport but which will be crewed by the Navy.
Outline drawing of the Sirio, being built for the Italian Ministry of Transport but which will be crewed by the Navy.
The General Dynamics team design is a high-speed trimaran with a slender stabilised monohull.
The General Dynamics team design is a high-speed trimaran with a slender stabilised monohull.
 The Lockheed Martin team design is a high-speed semi-planing monohull.
The Lockheed Martin team design is a high-speed semi-planing monohull.
 Cutaway of GD design showing internal spaces for mission modules.
Cutaway of GD design showing internal spaces for mission modules.
Lockheed Martin design showing internal spaces and helicopter hangar.
Lockheed Martin design showing internal spaces and helicopter hangar.
 Both designs have a helicopter deck and hangar and are capable of launch and recovery of the MH-60R/S helicopter and a tactical UAV. (GD design shown)
Both designs have a helicopter deck and hangar and are capable of launch and recovery of the MH-60R/S helicopter and a tactical UAV. (GD design shown)
 Bow of the Lockheed Martin design.
Bow of the Lockheed Martin design.
Preliminary core configuration of mission and combat systems - GD design.
Preliminary core configuration of mission and combat systems - GD design.
 Outline of weapon system placement - Lockheed Martin design.
Outline of weapon system placement - Lockheed Martin design.
 Each team will design and construct two Flight 0 LCS ships. (GD design shown)
Each team will design and construct two Flight 0 LCS ships. (GD design shown)
Lockheed Martin will build LCS 1 and LCS 3, scheduled to commission in 2007 and 2008.
Lockheed Martin will build LCS 1 and LCS 3, scheduled to commission in 2007 and 2008.
 HMS Tyne (P281) is the first of the River Class offshore patrol vessels, built by Vosper Thorneycroft for the UK Royal Navy.
HMS Tyne (P281) is the first of the River Class offshore patrol vessels, built by Vosper Thorneycroft for the UK Royal Navy.
 HMS Severn (P282) was commissioned in June 2003.
HMS Severn (P282) was commissioned in June 2003.
The bridge of HMS Tyne.
The bridge of HMS Tyne.
 The River Class vessel is powered by two Ruston 12 RK 270 medium speed diesel engines, rated at 4,125kW, driving twin controllable pitch propellers.
The River Class vessel is powered by two Ruston 12 RK 270 medium speed diesel engines, rated at 4,125kW, driving twin controllable pitch propellers.
 HMS Mersey (P283) commissioned in December 2003.
HMS Mersey (P283) commissioned in December 2003.
The River Class is deployed for fishery protection and other patrol missions around the United Kingdom.
The River Class is deployed for fishery protection and other patrol missions around the United Kingdom.
 River Class vessels have a large working cargo deck that can carry mission equipment for roles such as disaster relief, anti-pollution, fire-fighting, rescue work or interception of other vessels.
River Class vessels have a large working cargo deck that can carry mission equipment for roles such as disaster relief, anti-pollution, fire-fighting, rescue work or interception of other vessels.
 The vessels have a speed of 20 knots and a range of 7,800nm at 12 knots.
The vessels have a speed of 20 knots and a range of 7,800nm at 12 knots.
The LE Roisin offshore patrol vessel entered service with the Irish Naval Service in September 1999.
The LE Roisin offshore patrol vessel entered service with the Irish Naval Service in September 1999.
 The second of class, LE Niamh, P52, entered service in July 2001.
The second of class, LE Niamh, P52, entered service in July 2001.
 The Roisin Class has a maximum speed of 22 knots with a range of 6,000 miles at a cruising speed of 15 knots.
The Roisin Class has a maximum speed of 22 knots with a range of 6,000 miles at a cruising speed of 15 knots.
The ship is armed with an Oto Melara 76 mm gun installed on the bow gun deck.
The ship is armed with an Oto Melara 76 mm gun installed on the bow gun deck.
 The bridge of the Roisin Class has systems provided by Marine Electronic Systems (MES) of Southampton.
The bridge of the Roisin Class has systems provided by Marine Electronic Systems (MES) of Southampton.
 Three rigid inflatable boats (RIBs) are deployed from each ship - two 6.5 metres and one 5.4 metres.
Three rigid inflatable boats (RIBs) are deployed from each ship - two 6.5 metres and one 5.4 metres.
FGS Braunschweig (F260), launched in April 2006 and commissioned in May 2007, is the first of a class of five corvettes built for the German Navy.
FGS Braunschweig (F260), launched in April 2006 and commissioned in May 2007, is the first of a class of five corvettes built for the German Navy.
 The K130 corvettes are designed to support operations of a multi-national crisis reaction force and for littoral warfare.
The K130 corvettes are designed to support operations of a multi-national crisis reaction force and for littoral warfare.
 FGS Ludwigshafen am Rhein (F264) was launched on 27 September 2007 and is scheduled to be commissioned in November 2008.
FGS Ludwigshafen am Rhein (F264) was launched on 27 September 2007 and is scheduled to be commissioned in November 2008.
The K130 corvettes are armed with RBS15 anti-ship missiles, the Rolling Airframe Missile (RAM) system for point defence and 76mm gun.
The K130 corvettes are armed with RBS15 anti-ship missiles, the Rolling Airframe Missile (RAM) system for point defence and 76mm gun.
 The K130 corvettes are designed with stealth features and low draft. A high level of automation and integration allows the corvettes to be operated by a crew of 50 (artist's impression).
The K130 corvettes are designed with stealth features and low draft. A high level of automation and integration allows the corvettes to be operated by a crew of 50 (artist's impression).
 The Thales Naval Nederland provides electro-optic surveillance and fire control for the K130 corvettes. Sensors include colour TV camera, infrared camera, eyesafe laser rangefinder.
The Thales Naval Nederland provides electro-optic surveillance and fire control for the K130 corvettes. Sensors include colour TV camera, infrared camera, eyesafe laser rangefinder.
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