Antitank missile AGM-114K Hellfire-2



    surface ships, aircraft, helicopters, armored vehicles

    management system:

    Laser GOS








    9 km.

    year development:


    antitank missile system agm-114k hellfire-2 LAW AGM-114" Hellfire "laser-guided missiles, developed taking into account the possibility of using different types of sun and mainly for weapons combat helicopters . Development of the first version of the missile AGM-114A was completed by "Rockwell International" in 1982 and since 1984, the complex consists armed Army and U.S. Marine Corps. Based on the test results and operational experience he described as highly anti-tank weapons, highly flexible application that can be successfully used for other purposes and defeat various solutions tactical tasks on the battlefield.

    After applying

    ATGM "Hellfire" during "Operation Desert Storm" in 1991, work began on its further modernization. The program received the designation HOMS (Hellfire Optimised Missile System), a modernized version of the missile was assigned the designation AGM-114K "Hellfire-2." After successful trials, the U.S. DoD has been contracted to a mounting series of missiles AGM-114K. The first rockets were delivered to the army in December 1994.

    Modular missiles "Hellfire" and launchers virtually eliminates the restrictions on the improvement of the complex in accordance with the growing demands and its possible installation on various airplanes and helicopters as well as ground-based carriers.

    LAW "Hellfire", originally developed for weapons helicopters AH-64 "Apache", is becoming more widely used as a weapon to fight with tanks and other tasks. Its carriers, other than helicopters, airplanes are, various ground combat vehicles and surface ships. Firm "Rockwell International" has developed PU and complex avionics for aircraft. The maximum range of the missile when starting it with the aircraft, depending on the speed and altitude of the flight is 8 - 12 km. As the carrier provides LAW use various tactical NATO aircraft.

    A LAW

    propelled wheeled machine on the basis of high cross HMWWV. The crew of two people, the mass of 680 kg of complex equipment, PU is designed for two ready to launch missiles, ammunition Ammunition six rockets. Firm "Emerson" offers development complex to equip BMP "Bradley". The complex includes two armored box-PU two missiles each, mounted on the side of the tower. Ammunition of four missiles placed in the machine. The fire control system is supplemented BMP laser designator.


    antitank missile system agm-114k hellfire-2 ATGM AGM-114K" Hellfire-2 "completely re-designed, and despite the almost identical in appearance to the AGM-114A, most domestic systems were replaced.

    Rocket got a new fairing GOS improved semi-active laser seeker, a digital autopilot and electronics guidance tandem HEAT warhead and a power supply. Flight Control System has been replaced by a new unit, consisting of electronics cocking, thermopile and accumulator. New PALGSN more resistant to electro-optical interference, smoke and stray glare from the water surface.

    Digital Autopilot, is based on a microprocessor company "Intel", with mathematical software based on high-level computer language Ada. The use of this language in the software missiles evaluated as a significant achievement in the work to improve it, which can be used in other products.

    Autopilot provides:

    possibility of effective use of missiles with high-speed aircraft,

    improves missile guidance at small distances;

    increases pointing accuracy and stability, allowing the missile to climb over the edge of the clouds while not losing "capture" targets;

    can increase the speed of the missile,

    permit steeper trajectory, and hence provides an increase in the angles of the meeting with the barrier (ie, affecting the ability of warheads).

    startup, when the engine thrust greater than 227-273 kg, the missile leaves the rails PU. Upon reaching the acceleration 10g, cocking happens (about 150-300 meters from the carrier).

    Flexibility is achieved: the possibility of launching missiles from a helicopter carrier (depending on combat missions) singly, in series or in salvos at different targets, autonomous action vehicle or in conjunction with the scout helicopter-sighting, the possibility of launching missiles at various modes of helicopter flight . Start missiles can be carried out with direct fire by helicopter flat trajectory in low cloud cover and lock-on before launch and direct fire on mounted trajectory with target acquisition after starting. In the latter case, a helicopter carrier may be in the shelter, and target designation is made with another helicopter or ground designator.

    When using a targeting carrier interval between missile launches in a series of at least eight seconds. This interval can be significantly reduced when using the remote (airborne or ground) and brought to the targeting of a second when using multiple remote designators encoded radiation. Using the safest modes of flight combined with the ability to capture target missiles after launch, a large range and provides high speed missile survivability of the helicopter.

    antiship missiles option AGM-114K is equipped with a high-explosive warhead weighing 12.5kg, in this case, the starting weight of the rocket rises to 47.9kg.


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