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Mi-8 helicopter

Mi-8/Mi-17 helicopter Full Mission Simulator (FMS)

This simulator is a HLA-based computer appliance Full Mission Simulator (FMS) with 6 degrees of freedom motion platform, hardware copy of cockpit with realistic copies of all devices, sound effects and cockpit device illumination system, instructor operating stations, media classroom and spherical display for Outside World visualization.This simulator is network-based and can act in a shared virtual environment with flight simulators, air traffic control simulator workplaces and other simulators using HLA protocol.


  • Simulation of flight dynamics
  • Modelling of atmospheric effects and weather
  • Procedural and flight operations
  • Network interactions using HLA 2010 protocol
  • HLA integration with Air Traffic Control simulation
  • Simulation of on-board systems
  • Integration with different types of motion platforms
  • Different types of cockpit visualization systems
  • Instructor operating stations
  • Realistic modelling of a real-world terrain area



Aero L-39 aircraft Full Mission Simulator (FMS)

This is a HLA-based computer appliance Full Mission Simulator (FMS) with 6 degrees of freedom motion platform, hardware copy of cockpit with realistic copies of all devices, sound effects and cockpit device illumination system, instructor operating stations, media classroom and spherical display for Outside World visualization. This simulator is network-based and can act in a shared virtual environment with flight simulators, air traffic control simulator workplaces and other simulators using HLA protocol.


  • Simulation of flight dynamics
  • Modelling of atmospheric effects and weather
  • Procedural and flight operations
  • Network interactions using HLA 2010 protocol
  • HLA integration with Air Traffic Control simulation
  • Simulation of on-board systems
  • Integration with different types of motion platforms
  • Different types of cockpit visualization systems
  • Instructor operating stations
  • Realistic modelling of a real-world terrain area


Command & Control Simulator

Command & Control Simulator allows officers to train and improve their tactical skills of commanding formations in combat conditions. This is a collective training where a team of officers from both sides takes part in simulator training using a computer network. Officers study to plan and fight a battle, with possibilities of what-if tactical analysis and after-action review.


  • Planning and fighting simulation modes
  • Possibilities for what-if analysis
  • Units from different military branches
  • On-map visualization
  • On-map drawing mode
  • Instructor operating station
  • Debriefing and after-action review
  • Network based simulator
  • Mathematical modelling of physics processes
  • Real-time simulation



Air Traffic Control simulator

This simulator have set of workplaces for dispatchers or air control officers where each of them can train to control the air traffic and solve different air traffic problems. Also this simulator have powerful Instructor Operating Station for exercises preparations, controlling and after action reviewing.This simulator is network-based and trainees at workplaces can act in a shared virtual environment with each other, man-in-the loop aircraft simulators and instructors using voice hardware and HLA protocol.


  • Realtime air traffic modelling and management
  • Man-in and сomputer in-the-loop aircrafts
  • Modelling of airport-related environment
  • Radar work simulation with visibility zone
  • Realistic modelling of flight dynamics and trajectories
  • HLA based network simulator with FMS interactions
  • Instructor Operating Station
  • On-map and 3D views
  • Editors for configuration of airport-related environment
  • Debriefing and after-action review



Computer Based Trainings

As part of FMS and Air Traffic Control simulators development, we developed Computer Based Trainings (CBT) for cost effective trainings.
Due to our architectural principles, same software is used both for Full Mission Simulators and Computer Based Trainings. So, we made less expensive training solutions based on low-fidelity hardware but still with high-fidelity software.


  • All the same features of hardware simulators
  • Cost effective solutions
  • Software emulation of all the hardware
  • Low-fidelity hardware but still high-fidelity software
  • HLA based network simulators
  • Shared HLA environment with FMS simulators
  • Used by instructors for playing up to trainees
  • 2D and 3D visualization of emulated hardware
  • Huge amount of simultaneously operated simulators
  • Easy extendable solutions


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