Kornet

Kornet
Ольги Балашовой, Вадима Савицкого · CC BY 4.0 · source
Name	Kornet
Type	Anti-tank guided missile

Kornet is a Russian man-portable and vehicle-mounted anti-tank guided missile system developed to defeat modern main battle tanks, fortifications, and low-flying helicopters. It entered service in the late 1990s and has been exported to numerous states and non-state actors, becoming notable in post-Cold War conflicts for its ability to engage armored vehicles at extended ranges. The system combines a tandem high-explosive anti-tank warhead with a semi-automatic command to line of sight guidance package designed by a Russian design bureau.

Development and Design

The system was developed by the KBP Instrument Design Bureau in the context of post-Soviet Russia efforts to modernize light anti-armor capabilities alongside programs such as the Shturm-V and Metis-M. Development drew on prior anti-tank guided missile (ATGM) experience from systems like 9M133 Kornet predecessors and lessons from Gulf War and First Chechen War combat where older wire-guided missiles encountered limitations against composite and reactive armor. Design goals emphasized extended engagement range to match or exceed threats posed by Western Leopard 2 and M1 Abrams main battle tanks, integration with light vehicles including the UAZ platform and tracked chassis like the BMP-3, and the ability to defeat explosive reactive armor (ERA) common on late-20th-century armored vehicles. Work proceeded under state procurement programs influenced by directives from the Ministry of Defence (Russia), with production managed by Tula KBP and delivery overseen through export channels involving Rosoboronexport.

Description and Variants

The baseline system uses a tripod-mounted launcher or vehicle turret with a targeting unit featuring thermal imaging and laser rangefinder components produced by firms tied to Rostec holdings. The missile employs semi-automatic command to line of sight (SACLOS) guidance transmitted via a laser beam, enabling manual tracking by the operator in tandem with an onboard seeker. Warhead evolution produced tandem-charge HEAT warheads to defeat ERA, and variants extended capabilities to include thermobaric and bunker-buster munitions for use against fortifications and infantry concentrations. Platform variants include man-portable tubes, vehicle-mounted modules on light utility vehicles such as the GAZ family, stabilized turrets for tracked vehicles like the BTR and Tigr, and remote weapon station adaptations for naval patrol craft. Export-designated models incorporated improved digital fire-control to meet procurement requirements from states such as Syria, United Arab Emirates, and Algeria.

Operational History

The weapon entered operational units in the late 1990s and saw early deployment in conflicts across the Middle East and Caucasus regions. It was documented in use by Syrian Arab Army forces and multiple non-state actors during the Syrian Civil War, where it was employed against armored columns, fortified positions, and support vehicles. Other theaters of employment include engagements in Iraq, Libya, and the Donbas region during the Russo-Ukrainian War, where combatants deployed both vehicle-mounted and tripod-based launchers. International arms transfers occurred through government-to-government sales and capture-reuse cycles that involved states such as Iran, North Korea, and several African Union members, contributing to proliferation and diverse combat exposure.

Combat Use and Effectiveness

In combat, the system demonstrated effectiveness at ranges surpassing many legacy ATGMs, enabling ambushes of armored formations beyond the effective envelope of tank hull-mounted machine guns and many autocannons. It reportedly achieved penetrations against composite and reactive armor when employing tandem-charge warheads, with documented impacts on Western and regional main battle tanks during urban and open-field engagements. However, effectiveness varied with training, doctrine, and countermeasures: combined arms maneuvers with aerial reconnaissance assets like UAVs and indirect fire support enhanced kill probabilities, while countermeasures including active protection systems such as the Trophy (countermeasure) reduced strike success. The missile’s laser guidance requires continuous line of sight, exposing crews to counter-fire; tactics evolved to include shoot-and-scoot employment from concealed positions, integration with reconnaissance units from formations like Spetsnaz and mechanized infantry, and remote operation from fortified positions.

Operators

State operators have included a mix of Eurasian, Middle Eastern, African, and Asian militaries acquired via direct purchase or licensed production agreements with Russian industry. Notable government users reported in open-source inventories include Russia, Syria, Iraq, United Arab Emirates, Algeria, Libya, Azerbaijan, and India in various procurement tranches. Non-state actors and paramilitary groups in conflict zones such as Syria and Libya also operated captured systems, often integrating them with improvised firing platforms or mounting them on technicals derived from civilian pickup trucks like Toyota Land Cruiser conversions. International transfer records link deliveries through brokers and state export agencies, occasionally provoking sanctions discussions within bodies such as the United Nations Security Council.

Technical Specifications

Typical technical specifications for the baseline variant include launch weight and overall missile length calibrated to man-portable carriage; a tandem HEAT warhead designed to defeat ERA and composite armor; and an effective engagement range extending to several kilometers with maximum reported ranges greater under optimal conditions. The guidance package integrates optical sights with thermal imaging and laser rangefinder components, enabling day-night operation and semi-automatic line-of-sight guidance. Vehicle-mounted fire-control variants add stabilization and digitized targeting modules capable of integration with command-and-control networks used by mechanized formations and naval platforms.

Category:Anti-tank guided missiles Category:Russian military equipment