An AM39 aircraft-launched Exocet
|Place of origin||France|
|Used by||See operators|
|Designer|| 1967-1970: Nord Aviation|
|Manufacturer|| 1979-1999: Aérospatiale|
|Weight||670 kilograms (1,480 lb)|
|Length||4.7 metres (15 ft 5 in)|
|Diameter||34.8 centimetres (1 ft 1.7 in)|
|Warhead||165 kilograms (364 lb)|
|Engine|| solid propellant engine
turbojet (MM40 Block 3 version)
|Wingspan||1.1 metres (3 ft 7 in)|
|70–180 kilometres (43–112 mi; 38–97 nmi)|
|Speed|| Mach 0.92|
1,134 kilometres per hour (705 mph)
|Inertial and active radar|
The missile's name was given by M. Guillot, then the technical director at Nord Aviation. It is the French word for flying fish from the Latin name exocoetus, a transliteration of the Greek name for flying fish ἐξώκοιτος (exōkoitos), which literally means "lying down outside (ἒξω, κεῖμαι), sleeping outside", because it sometimes stranded itself in boats.
The Exocet is built by MBDA, a European missile company. Development began in 1967 by Nord as a ship-launched weapon named the MM 38. A few years later Aerospatiale and Nord merged. The basic body design was based on the Nord AS30 air to ground tactical missile. The air-launched Exocet was developed in 1974 and entered service with the French Navy five years later.
The relatively compact missile is designed for attacking small- to medium-size warships (e.g., frigates, corvettes and destroyers), although multiple hits are effective against larger vessels, such as aircraft carriers. It is guided inertially in mid-flight and turns on active radar late in its flight to find and hit its target. As a counter-measure against the air defence around the target, it maintains a very low altitude during ingress, staying 1–2 m above the sea surface. Due to the effect of the radar horizon, this means that the target may not detect an incoming attack until the missile is only 6,000 m from impact. This leaves little time for reaction and stimulated the design of close-in weapon systems (CIWS).
Its rocket motor, which is fuelled by solid propellant, gives the Exocet a maximum range of 70 kilometres (43 mi; 38 nmi). It was replaced on the Block 3 MM40 ship-launched version of the missile with a solid-propellant booster and a turbojet sustainer motor which extends the range of the missile to more than 180 kilometres (110 mi; 97 nmi). The submarine-launched version places the missile inside a launch capsule.
The Exocet has been manufactured in a number of versions, including:
- MM38 (surface-launched)- deployed on warships. Range : 42 km. No longer produced (1970). A coast defence version known as "Excalibur" was developed in the United Kingdom and deployed in Gibraltar from 1985-1997.
- AM38 (helicopter-launched - tested only)
- AM39 (air-launched) - B2 Mod 2 : deployed on 14 types of aircraft (combat jets, maritime patrol aircraft, helicopters). Range between 50 and 70 km, depending on the altitude and the speed of the launch aircraft.
- SM39 (submarine-launched) -) B2 Mod 2: deployed on submarines. The missile is housed inside a water-tight launched capsule (VSM or véhicule Sous marin), which is fired by the submarine’s torpedo launched tubes. On leaving the water, the capsule is ejected and the missile’s motor is ignited. It then behaves like an MM40. The missile will be fired at depth, which makes it particularly suitable for discreet submarine operations.
- MM40 (surface-launched) - Block 1, Block 2 and Block 3 : deployed on warships and in coastal batteries. Range : 72 km for the Block 2, in excess of 180 km for the Block3.
MM40 Block 3Edit
In February 2004, the Délégation Générale pour l'Armement (DGA) notified MBDA of a contract for the design and production of a new missile, the MM40 Block 3. It has an improved range - in excess of 180 kilometres (97 nautical miles) through the use of a turbojet engine, and includes four air intakes to provide a continuous airflow to the power plant during high-G manoeuvers.
The Block 3 missile accepts GPS guidance system waypoint commands, which allow it to attack naval targets from different angles and to strike land targets, giving it a marginal role as a land-attack missile. The Block 3 Exocet is lighter than the previous MM40 Block 2 Exocet.
Forty-five Block 3 Exocets were ordered by the French Navy in December 2008 for its ships which were carrying Block 2 missiles, namely Horizon-class and Aquitaine-class frigates. These are not to be new productions but the conversion of older Block 2 missiles to the Block 3 standard. A MM40 Block 3 last qualification firing took place on the l’Ile du Levant test range on 25 April 2007 and series manufacturing began in October 2008. The first firing of the Block 3 from a warship took place on 18 March 2010, from the French Navy air defense frigate Chevalier Paul. In 2012, a new motor designed and manufactured in Brazil by the Avibras company, in collaboration with MBDA, was tested on a MM40 missile of the Brazilian Navy.
In 1982, during the Falklands War, the Exocet became noted worldwide when Argentine Navy Dassault-Breguet Super Étendard warplanes carrying the AM39 Air Launched version of the Exocet caused irreparable damage which sank the Royal Navy destroyer HMS Sheffield on 4 May 1982. Two Exocets then struck the 15,000 ton merchant ship Atlantic Conveyor on 25 May. Two MM38 ship-to-ship Exocet missiles were removed from the old destroyer ARA Seguí, a retired US Navy Allen M. Sumner-class vessel and transferred to an improvised launcher for land use, a technically challenging task which also requiring reprogramming. One of these was fired at, and caused damage to, the destroyer HMS Glamorgan on 12 June.
The Exocet that struck the Sheffield impacted on the starboard side at deck level 2, travelling through the junior ratings scullery and breaching the Forward Auxiliary Machinery Room/Forward Engine Room bulkhead 2.4 metres (7 ft 10 in) above the waterline, creating a hole in the hull roughly 1.2 by 3 metres (3.9 by 9.8 ft). It appears that the warhead did not explode. Accounts suggest that the initial impact of the missile disabled the ship's electrical distribution systems and breached the pressurised sea water fire main, severely hampering any firefighting response and eventually dooming the ship to be consumed by the fire. The loss of Sheffield was a deep shock to the British public and government.
Some of the crew of Sheffield were of the opinion that the missile exploded, others held the view that it had not. The official Royal Navy Board of Enquiry Report, however, stated that evidence indicates that the warhead did not detonate. During the four and a half days that the ship remained afloat, five salvage inspections were made and a number of photographs were taken. Members of the crew were interviewed, and testimony was given by Exocet specialists (the Royal Navy had 15 surface combat ships armed with Exocets in the Falklands War). There was no evidence of an explosion, although burning propellant from the rocket motor had caused a number of fires, which could not be checked as a fire main had been put out of action.
The Atlantic Conveyor was a container ship that had been hastily converted to an aircraft transport and was carrying helicopters and supplies. The missiles had been fired at a frigate but had been confused by the frigate's defences and instead targeted the Atlantic Conveyor nearby. The Exocets - it is not certain whether the warheads exploded or not - caused a fire in the fuel and ammunition aboard which burnt the ship out. Atlantic Conveyor sank while under tow three days later.
The Exocet that struck Glamorgan detonated, (a number of crew members witnessed this, as did the Argentines who fired it, the whole event being recorded by a film crew), on the port side of the hangar deck, punching a hole in the deck and galley below, causing fires. The missile body traveled into the hangar and caused a fully fueled and armed Wessex helicopter to explode. Prompt action by the officers and men at the helm saved the ship. With less than a minute's warning the incoming missile had been tracked on radar in the operations room and bridge; as the ship was traveling at speed, a turn was ordered to present her stern to the missile. The ship was heeled far over to starboard when the missile struck. It hit the coaming and was deflected upwards. The dent caused by the impact was clearly visible when Glamorgan was refitted in late 1982.
In the years after the Falklands War, it was revealed that the British government and the Secret Intelligence Service had been extremely concerned at the time by the perceived inadequacy of the Royal Navy's anti-missile defences against the Exocet and its potential to tip the naval war decisively in favour of the Argentine forces. A scenario was envisioned in which one or both of the force's two aircraft carriers (Invincible and Hermes) were destroyed or incapacitated by Exocet attacks, (which would make recapturing the Falklands much more difficult).
Actions were taken to contain the Exocet threat. During the preparation for the war, Britain benefited from the help of France, which gave the Exocet's code and homing radar. A major intelligence operation was also initiated to prevent the Argentine Navy from acquiring more of the weapons on the international market. The operation included British intelligence agents claiming to be arms dealers able to supply large numbers of Exocets to Argentina, who diverted Argentina from pursuing sources which could genuinely supply a few missiles. France denied deliveries of Exocet AM39s purchased by Peru to avoid the possibility of Peru giving them to Argentina, because they knew that payment would be made with a Credit card from the Central Bank of Peru. British intelligence had detected the guarantee was a deposit of two hundred million dollars from the Andean Lima Bank, an owned subsidiary of the Banco Ambrosiano.
During the Iran-Iraq War, on 17 May 1987, an Iraqi jet aircraft fired Exocet missiles at the American frigate USS Stark. Thirty-seven United States Navy personnel were killed and twenty-one others were wounded.
- Argentina: Argentine Navy - MM38, MM40 and AM39
- Brunei: Royal Brunei Navy - MM38, MM40
- Brazil: Brazilian Navy - MM38, MM40 Block 2 and AM39
- Cameroon: Cameroon Navy - MM38, MM40 (on P-48S (Bakassi) craft)
- Chile: Chilean Navy - MM38, AM39 and recently acquired SM39 for the Scorpène class submarine. Previously used MM40. It is unknown if the missiles were sold along with the two Condell class frigates to Ecuador
- Cyprus: Cyprus Navy - MM40
- Ecuador: MM40
- Egypt: AM39, MM38 & MM40
- Germany: German Navy - To be replaced with the RBS 15.
- Greece: Hellenic Navy - MM38, MM40 Block 2/3
Hellenic Air Force - AM39
- Indonesia: MM38 on Fatahillah class corvette, MM40 Block 2 convert to Block 3 (on Sigma class corvette)
- India: Indian Navy (on Scorpène class submarines)
- Iran: Iranian Air Force - Captured ex-Iraqi AM39 from ex-Iraqi Mirage F1's; these aircraft sought sanctuary during the 2nd Persian Gulf War.
- Malaysia: Royal Malaysian Navy - MM38, MM40 Block 2, SM39 (on Scorpène class submarines)
- Morocco: Royal Moroccan Navy - MM38, MM40 Block 2/3,
Moroccan Air Force - AM39
- Pakistan: Pakistan Air Force - AM39 (on Dassault Mirage 5 naval support fighters)
Pakistan Navy - SM39 (on Agosta 90B (Khalid) class submarines), AM39 (on Breguet Atlantic patrol aircraft)
- Peru: Peruvian Navy - MM38 on PR-72P class corvettes, AM39 Block 1 on ASH-3D Sea Kings, MM40 Block 3 on Lupo class frigates
- South Africa: South African Navy - MM40 Block 2 on Valour class frigates
- South Korea: Republic of Korea Navy
- Thailand: Royal Thai Navy - MM38
- Tunisia: MM-40 Exocet for the Combattante-3 FACs 
- Turkey: MM38
- United Arab Emirates: UAE Navy MM40 Block 3 on Baynunah class corvette
- Uruguay: National Navy of Uruguay - MM38 on João Belo-class frigates
- Belgium: Belgian Navy operated Exocet on its Wielingen class frigates. These warships were all sold in 2008 to Bulgaria
- Iraq: Iraqi Air Force - AM39 on Mirage F1 and Super Étendard during the Iran-Iraq War, all retired
- United Kingdom: Royal Navy operated Exocet until the last MM38 armed surface vessel was decommissioned in 2002
- Venezuela: Venezuelan Air Force - AM39 (on Dassault Mirage 50)
- ↑ 1.0 1.1 Guillot, Jean; Estival, Bernard (1988). L’extraordinaire aventure de l’Exocet. Les éditions de la Cité. ISBN 2-85186-039-9. The missile's name was given by M. Guillot, then technical director at Nord Aviation, after the French name for flying fish.
- ↑ Harper, Douglas. "Exocet". Online Etymology Dictionary. http://www.etymonline.com/index.php?term=Exocet.
- ↑ Exocet MM.40
- ↑ Norman Friedman "The Naval Guide to World Weapons Systems - 1994 Update" page 109 Naval Institute Press 1994
- ↑ "1994 Update" has a recent study by the Russians about the effect of missile boat anti-ship missiles. 3 hits to destroy a light cruiser, 1 to 2 hits for a destroyer or frigate. Russian missile boat anti-ship missile have far larger warheads than the Exocet
- ↑ Friedman, Norman (1997), The Naval Institute Guide to World Naval Weapons Systems, 1997-1998, The US Naval Institute, Annapolis, Maryland, ISBN 1-55750-268-4 (p.227)
- ↑ Based on the ship launched MM38. Only five tested in 1973 from a Super-Felon helicopter, further development then abandon for the lighter and smaller AM39. Ronald T. Pretty editor "Jane's Weapon Systems 1976" page 133
- ↑ The Command of France Exocet Block 3
- ↑ "V - Cruise Missiles: The Other Air Breathing Threat". ATTACK AIRCRAFT PROLIFERATION: ISSUES FOR CONCERN. Christopher Bolkcom and John Pike. 1 April 1993. http://www.fas.org/spp/aircraft/part05.htm. Retrieved 2009-02-10.
- ↑ Defensa.com: Perú aprueba 41 millones de dólares para Defensa y se hará finalmente con misiles MM-40 Exocet (Spanish)
- ↑ "Sea and Navy" March 19, 2010
- ↑ Latin America's Wars: The age of the professional soldier p.316
- ↑ 13.0 13.1 YouTube video discussing setting up the ITB and showing its firing, narrated in Spanish
- ↑ Loss of HMS Sheffield - Board of Inquiry from the MOD (page six)
- ↑ The Glamorgan was a 5,400tn destroyer of steel and compartment construction. It was designed with experience and lessons from WW2, including Japanese suicide attacks, which is probably what saved it from destruction.
- ↑ Follain, John (20 November 2005). "Falklands: "The Sphinx and the curious case of the Iron Lady’s H-bomb"". The Sunday Times. http://www.margaretthatcher.org/document/110663. Retrieved 3 November 2010.
- ↑ John, Nott (2002). "Here Today, Gone Tomorrow". http://www.falklands.info/history/hist82article17.html. "A remarkable world-wide operation then ensured to prevent further Exocets being bought by Argentina. I authorised our agents to pose as bona fide purchasers of equipment on the international market, ensuring that we outbid the Argentineans. Other agents identified Exocet missiles in various markets and covertly rendered them inoperable, based on information from the French. (John Nott, defence minister during the Falklands war)"
- ↑ The Official History of the Falkland's War
- ↑ http://www.pagina12.com.ar/diario/elpais/1-190366-2012-03-25.html
- ↑ New Scientist, 1983
- ↑ SIPRI Arms Transfer Database
- ↑ http://riships.blogspot.com/2007/02/frigates-fatahillah-class.html
- ↑ http://www.damen.nl/Upload/Downloads/mID_5708_cID_4719_DAMEN-NEWS-7-LR.pdf
- ↑ Fact File on DefenceWeb
- ↑ http://armstrade.sipri.org/armstrade/page/trade_register.php
- ↑ "Türk Deniz Kuvvetleri" (in Turkish). www.dzkk.tsk.tr. http://www.dzkk.tsk.tr/turkce/birliktanitimi/RefakatveKarakolFilosuKomodorlugu.htm. Retrieved 2009-11-29.
- ↑ "World Navies Today: Turkey". www.hazegray.org. http://www.hazegray.org/worldnav/europe/turkey.htm. Retrieved 2009-11-29.
|Wikimedia Commons has media related to Exocet.|
- Manufacturer's Website (English) (French)
- Gallery of photographs of various variants of the Exocet missile (French)
- Argentine Account of the role of the Exocet in the Falklands War (English)
- Photos of Exocet damage to USS Stark (English)
- Testing of Exocet MM-40 Block 3 (English)
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