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Articles
AWACS
The A-50 aircraft is intended to detect and identify air objects, determine their coordinates and flight path data, transfer information to command posts, direct fighter-interceptors and frontline air...
Naval Decoys
Designed to: - suppress sonar systems and antisubmarine forces;- suppress torpedo homing systems;- divert antisubmarine forces;- divert antisubmarine homing torpedoes. The system comprises an elec...
Vehicular Radio Stations
Intended for exchange of analog and digital information received from mobile objects in the following radio communications modes: duplex (with fluttering frequency separation); simplex (one/two-freque...

Russian Military Forces

Su-27 AIRCRAFT DERIVATIVES Su-27 AIRCRAFT DERIVATIVES
The design and aerodynamic configuration of the Su-27 aircraft made it possible to develop a number of combat aircraft derivatives, such as: - a multirole fighter;- a two-seat (side-by-side seating) strike aircraft;- a two-seat (tandem seating) fighter trainer;- carrier-based fighters (one-seat combat aircraft and two-seat combat trainer). The multirole fighter development program was targeted to optimize engineering solutions associated with equipping the aircraft with new avionics (including a phasedarray radar, satellite navigation equipment, a multifunctional display- based cockpit indic...
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Yak-130 TRAINER AIRCRAFT Yak-130 TRAINER AIRCRAFT
The Yak-130 trainer aircraft is intended for basic and advanced flight training of military pilots. The trainer is also used for transition training of pilots to adapt them to combat aircraft. It is part of a training complex which consists of ground training aids, display classrooms, dedicated and flight simulators, the Yak- 54M (Yak-152) initial flight training aircraft, and the training objective assessment and control system. All components of the complex are united by a common open-architecture software which allows for expanding the complex’s capabilities. The Yak-130 makes it poss...
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Su-33 CARRIER-BASED FIGHTER Su-33 CARRIER-BASED FIGHTER
The Su-33 carrier-based fighter is intended to provide air defense of naval task forces against air attack means. The Su-33 is a ramp takeoff and arresting gear-assisted landing aircraft. For better agility and takeoff/ landing performance, the aircraft is provided with a canard and high-lift wing devices. In terms of its aerodynamic configuration, the Su-33 is an integrated unstable triplane (wing + horizontal tail + canard). The required stability and controllability characteristics are assured by a quadruple-redundant remote control system. The carrier-based version required to structur...
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R95Sh TURBOJET ENGINE
The R95Sh turbojet engine is intended to power the Su-25, Su-25UB and Su-25UTG aircraft. The engine is designed around a twoshaft configuration and features high combat survivability confirmed in combat conditions. Basic Characteristics Thrust at maximum power rating (H = 0, M = 0, ISA), kgf 4,100 Air flow rate, kg/s 67 Specific fuel ...
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ARBALET AIRBORNE RADAR ARBALET AIRBORNE RADAR
The Arbalet airborne radar is intended to equip future helicopters and those to be modernized, type Ka-52, Mi-28 and Ka-32. It is a multimode unified multifunction airborne radar developed to markedly enhance fighting strength of these helicopters. To achieve the required resolving ability with the limited antenna dimensions, the Arbalet family radars use the Ka-band radio waves. New engineering solutions help obtain the required performance characteristics in any weather conditions. For some types of radars, a combination of various radio wave bands is used. The combination of X and Ka or L a...
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FLIGHT SIMULATION SYSTEMS FLIGHT SIMULATION SYSTEMS
The flight simulation systems are intended for equipping simulator complexes being developed or modernized. They are based on advanced methods of out-the-window environment visualization, mathematical flight simulation, and operation of aircraft systems, artificial feel of controls, acoustic flight simulation, simulated cabin mobility, etc.   Up-to-date basic simulator-building technologies make it possible to develop and modernize integrated simulators designed for pilot personnel training, and to solve a wide range of practical problems. A qualitatively new integrated system has bee...
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FLIGHT SIMULATION SYSTEMS FLIGHT SIMULATION SYSTEMS
The flight simulation systems are intended for equipping simulator complexes being developed or modernized. They are based on advanced methods of out-the-window environment visualization, mathematical flight simulation, and operation of aircraft systems, artificial feel of controls, acoustic flight simulation, simulated cabin mobility, etc.   Up-to-date basic simulator-building technologies make it possible to develop and modernize integrated simulators designed for pilot personnel training, and to solve a wide range of practical problems. A qualitatively new integrated system has been developed to simulate combat training, optimize and debug advanced airborne complexes, as well as ...
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