Berkut UAV
Berkut UAV

Berkut UAV

UAV "Berkut" is an air target and is designed to simulate an air attack such as RPVs, subsonic aircraft and cruise missiles of tactical aviation in order to conduct military exercises. Most often, "Berkut" is used to conduct exercises and tests of modified missile systems S-125, RPC 5N62, PARGSN 5G23, radio fuses of the V-860 missile defense system. The availability of various modifications of equipment for the Berkut UAVs allows solving many problems for most air defense systems and ARKP (aircraft interceptor missiles) manufactured by NATO countries and the Russian Federation.

Aerial target "Berkut" is able to simulate the EOP of such air targets: air-to-surface missiles with the presence of a glider technology Stealth with the image intensifier and reconnaissance small-scale drones, cruise missiles without Stealth technology; Shock UAV; CD with antenna system ARGSN; Training aircraft with an image intensifier; Fighter aircraft, multipurpose fighters, light front-line aviation and ground attack aircraft; Heavy aircraft with EOC; Military transport and DRLO planes, tankers with EOP. The frequency range of the reflected simulated signal is determined by the frequencies of the ARCHS of the AUR and the BRL. Almost the whole fleet of BRLS fighters of the ARCP uses 3-cm wave band. Among the aircraft of this type are such as: "Mirage 2000", "Rafal", "SKIFLESH 90", F-15, F-16, F-14C, F-18, F3, "Tornado" F2, Su-27, Su-30MKK, Su-30MKM, Su-30MKI, MiG-29 and others.

Aerial target "Berkut" robotic. The body of the airframe is made of composite materials with 2 turbojet engines. Landing parachute. This UAV - is a complete analog of realistic goals. Operation "Berkut" allows to save on the costs to address the test challenges for most types of aircraft, radar homing head and radar-fire. It also reduces the complexity of the organization and complexity of flight experiments.

The main modes of flight of an unmanned aerial target (take-off, horizontal flight, climb, descent, low-altitude flight, turn, dive, parachute landing and kabirirovanie) are provided by ground controls. Also in the online mode, it is possible to change the flight task, receive and display external and telemetric information. Ground handling mainly consists of an automated control system and a complex of process equipment. All these facilities provide the drone with checking and maintaining the on-board systems, preparing for start-up and re-use.

Aerial target beneficial for use in research and testing work as one unit can be used to 50 times. Flight task can be done in two ways: stand-alone and radiokorrektiruemym. The complex includes an aircraft "Berkut", a radar return signal simulator "RIP". Additionally it can be equipped with other elements.

Aircraft performance characteristics: the diameter of the main rotor - 2,82 m; LA Length - 2,38 m; maximum weight - 34 kg; Engine type - 1 THD; Rod - x 1 0.23 kN; the maximum speed of the machine - 360 km / h; Flight duration - 30 minutes; operating range - 80 km; cruising - 150 km / h; practical ceiling - 3 km.

Berkut UAV. Characteristics:

The diameter of the rotor, m   2.82
Length m   2.38
Fuselage diameter, m  
Width, m  
Weight, kg  
  maximum take-off   34
engine's type   1 turbojet engine
Thrust, kN   X 1 0.23
Maximum speed km / h   360
Cruising speed, km / h   150
Radius of action, km   80
The flight duration, min   30
Practical ceiling, m   3000


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