training the drivers of track- and wheel-type vehicles in driving and overcoming of obstacles in various conditions on various terrain
combined and separate training of crews in actions (combat work) on application of arms system during performance of fire and tactical tasks in various conditions:
  • preparation of arms for firing
  • search, detection, identification, distribution, designation of targets
  • tracking of targets in various modes
  • weapon guidance onto the target
  • definition of the launch and shot moment
  • firing with a gun, machine-gun
  • launch and guidance of ATGM
  • launch of anti-aircarft guided missiles, supervision of flight, measurement of firing results
integration of single simulators into tactical platoon and company (battery) simulators intended for maintenance of commander's supervision of fire and actions of sub-units in two-sided battle
didactic features:
  • on-line input of malfunctions and faults in model of arms
  • on-line control over actions of trainees
  • output of the information onto the screen for group of trainees during training
  • record and replay of exercises
  • automated estimation of actions of trainees according to driving course and the firing course
  • creation of appraisals on each trainee, the total record of the day, archive of records; on-line access to all records
the real dimensions of cabins and placing of trainees inside, access to workplaces through regular hatches and doors
equipping of cabins with the full list of models of units, assemblies and equipment enabled in the combat work
conformity of mechanical travels and forces on controls to real ones, reproduction of a sensory-motor field of workplaces of trainees
application of 3-DOF, 4-DOF, 6-DOF motion platforms for reproduction of inclinations of cabins of arms and forces actuating on trainees during shooting from artillery arms and driving
safety of trainees provided by application of a low-voltage equipment of cabins of simulators
Algorithms and models
full conformity of actions logic of an electric equipment of simulators to real arms
adequacy of operation algorithm and characteristics of models of units, assemblies and equipment in all operating modes and response of simulator to control actions of trainees
coverage of >80 % of operations and algorithms of combat work on arms
adequacy of motion model of armoured vehicles, consideration of a relief, type and condition of the ground, season and daytime, weather
the correct consideration of internal and external ballistics of artillery and shooting arms (external ballistics of simulated arms corresponds to shooting tables and grids of optical sights)
full reproduction of characteristics of a control circuit of missiles
the "smart" simulated opponent: movement on terrain, investigation and shooting to us, flights of aircrafts, helicopters, unmanned aircrafts
damaging action of an ammunition (fighting parts of missiles) at shooting to the various targets corresponds to characteristics of armor of targets and characteristics of shells (fighting parts)
Visualisation of targets and background
application of high resolution LCDs as display devices
3D models of terrain (plains, mountains, deserts, semideserts, cross-country, coastal/riverside, buildings), including the geo-specific terrains, with vegetation and infrastructure elements, conformity of colours and textures, grounds and objects
3D models of natural and artificial obstacles, land and air targets
detailed texture of a near- and far-field zones in models of observation and aiming devices
high quality visualisation in models of observation and aiming devices in day and night conditions: dust, smoke on terrain (work of thermosmoke equipment, application of smoke grenades, shells and mines), precipitation (snow, rain, fog of various intensity), traces on a ground from tracks and wheels, own shooting (lines of flight of shells and machine gun bursts, smoke blanketing of a field of vision of optical devices at shots, bursts of shells, smoky trace of ATGM, arms burning, shooting of the opponent to us), headlights, the images in night devices, thermal imaging sights
high quality visualisation of operation of models of CRT indicators - scanning, noise, marks of air targets and local objects, signals of the identification, active and passive disturbances (considering operation of systems of protection against disturbances)
Main operational features
Simulator type Integral adequacy factor Average power consumption (monophase voltage 220V 50Hz), kWh Weight, kg Area room, sq.m.
Driving simulator on motion platform >0,8 <4 1000-1200 15
Gunnery simulator on motion platform >0,8 <4 1200-1400 20
Integrated crew simulator >0,8 <8 2200-2600 30
Tactical crew simulator >0,8 <24 6600-7200 100