9M133 Kornet | |
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9M133 missile with launcher |
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Type | Anti-tank missile |
Place of origin | Russia |
Service history | |
In service | 1994-present |
Used by | See users |
Production history | |
Designer | KBP Instrument Design Bureau |
Manufacturer | KBP Instrument Design Bureau |
Unit cost | 875.000 $[1] |
Variants | 9M123, 9M123-2, 9M123F, 9M123F-2 |
Specifications (9M133) | |
Weight | 27 kg (29 kg with launch tube) |
Length | 1200 mm |
Diameter | 152 mm |
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Warhead | 1000-1200 mm RHA[2] penetration after ERA with Tandem HEAT, Thermobaric |
Warhead weight | 7 kg HEAT, 10 kg TNT equivalent Thermobaric |
Detonation mechanism |
Impact fuze |
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Wingspan | 460 mm |
Propellant | Solid-fuel rocket |
Operational range |
100-5500m |
Guidance system |
SACLOS laser beam riding |
Steering system |
Two control surfaces |
Accuracy | <5 m |
The Kornet (Russian: "Корнет"; English: Cornet) is a Russian anti-tank missile (ATGM). It is a second generation ATGM intended to deal with main battle tanks and to engage slow and low flying helicopters, but is not intended to fully replace previous systems, due to the cost.[3] The missile carries the GRAU designation 9M133 and the NATO reporting name AT-14 Spriggan.[4]
Contents |
The Kornet anti-tank missile was first unveiled in October 1994 by the KBP Instrument Design Bureau.[4] The missile had started development in 1988 as a modular, universal system able to engage any target from a mix of platforms using a reliable laser beam guidance system that was simple to use. It is a heavy ATGM superior to the earlier 9K111 Fagot (NATO: AT-4 Spigot) and 9K113 Konkurs (NATO: AT-5 Spandrel) wire-guided ATGMs, but not to replace them (due to the cost).[5] The missile is believed to have also entered service in the Russian army in 1994,[6] its export designation is the Kornet-E.[3]
The Kornet Anti Tank Missile system is an advanced second-generation ATGM.
The 9M133 missile together with its 9P163-1 tripod launcher and 1PN79-1 thermal sight forms the 9K123 missile system,[7] the 9K123 can be carried and operated by a two-person infantry crew. In addition to an infantary portable version the 9K133 the system has been integrated into a variety of other vehicles and weapons systems as either an upgrade package or new weapon system. The 9K133 has been fitted into a BMP-3 to form the 9P163M-1 tank destroyer and is similar in function to the Khrizantema missile system. The 9P163M-1 carries two 9M133 missiles on launch rails which are extended from a stowed position during transit. Missile are re-loaded automatically by the tank destroyer from an internal magazine with 16 rounds (missiles are stored and transported in sealed canisters).[8] Nuclear, Biological, Chemical protection is provided for the two crew (gunner and driver) of each 9P163M-1 in addition to full armour protection equivalent to the standard BMP-3 chassis. The guidance system of the 9P163M-1 allows two missiles to be fired at once, the missiles operating on different guidance (laser) channels.
The KBP Instrument Design Bureau has also marketed the 9K133 system as part of the Kvartet for mounting on vehicles and boats, the system has four missiles on ready to launch rails along with associated guidance and sighting system all packaged in a single turret. The turret has space for an additional five rounds and is operated by a single individual, the guidance system also allows two missiles to be fired at once.[9] Another upgrade possibility is the Kliver missile and gun turret, seen as an upgrade option for the BTR series of APC, BMP-1 IFV and patrol boats. It has a similar capabilities as the Kvartet turret but also carries a 30 mm 2A72 cannon, the turret weight is 1500 kg.[10] Finally the 9M133 is also available in the BEREZHOK turret upgrade also made available by KBP.[11]
During the 2003 invasion of Iraq, Kornets were used by some groups of Iraqi special forces to attack American armoured vehicles, "disabling at least two Abrams tanks and one Bradley armored troop carrier in the opening week of the war".[12]
The second verified episode of Kornet ATGM in combat use occurred during the 2006 Lebanon War, where the missiles, reportedly supplied by Syria, were successfully used by Hezbollah fighters to destroy up to two Israeli Merkava tanks, and damage a number of others.[13] One of the first detailed accounts of IDF's successful capture of Kornet ATGMs on Hezbollah positions in the village of Ghandouriyeh appeared in the Daily Telegraph article, which also reported that the boxes were marked with "Customer: Ministry of Defense of Syria. Supplier: KBP, Tula, Russia".[14] Several months after the cease-fire, reports have provided sufficient photographic evidence that Kornet ATGMs were indeed both in possession of, and used by, Hezbollah in this area.[15][16][17]
Israel claims that Russian weapons were smuggled to Hezbollah by Syria, and Israel has sent a team of officials to Moscow to show Russia the evidence of what they say can only be Syrian weapons transfers.[18] Despite initial public denials by the Russian officials that any proof of actual use of Kornet by Hezbollah has been presented,[19][20] the Russian government in fact has moved to tighten control over the use of Russian-made weapons by the importing states, suggesting that the visit of the Israeli delegation did bear fruit, although it might have nothing to do with Kornet.[21]
On 6 December 2010 a Kornet launched from the Gaza strip penetrated the armour of a Merkava Mark III tank on the Israeli side of the border, but it caused no injuries in this instance.[22] Following this incident, the Israel Defense Forces decided to deploy Merkava tanks fitted with the anti-missile defense system Trophy active protection system near the Gaza strip .
On 7 April 2011 Hamas claimed responsibility for a missile strike on an Israeli yellow school bus which killed a 16-year old boy, Daniel Viflic,[23][24] and wounded another civilian (all the other children who were on the bus got out few minutes earlier). According to Israeli military spokesman, the bus was hit by a Kornet missile.[25]