Research and Production Company
"ENERGY 2000"

• Compliance of simulator cabin dimensions and equipment layout with modeled weapon systems
• Complete set of controls, observation and sighting devices, displays, indicators, components, and assemblies
• Correspondence of travel range, force, and response of simulator levers, pedals, and switches to the characteristics of actual weapon systems
• Physical movement of components during operation — rocking, recoil, and counter-recoil of the gun breech and weapon station
• Full weight and size compliance of small arms mockups with actual weapons
• Realistic small arms recoil during firing, set at 60–80% of actual live-fire level

Each simulator is an interactive, real-time modeling system that utilizes software and multimedia tools to recreate a three-dimensional virtual battle space. Within this environment, weapon crews, infantrymen, MANPADS shooters, ATGM operators, crews and units of unmanned systems, and mortar units operate.

The effect of presence is achieved through high-fidelity design of workstations closely matching actual weapon systems, accurate mathematical models of equipment operation, vehicle dynamics, and firing, adequate representation of out-of-the-window conditions within the field of view of observation and sighting instruments, as well as corresponding acceleration loads on the crew and audio effects.

• Comprehensive individual and group training, as well as crew and squad coordination for modeled weapon systems based on:
  • Detailed objective monitoring of the actions of trainees, crews, and squads throughout the execution of training exercises
  • Evaluation of trainees, crews, and squads performance based on driving and live-fire course standards
  • Identification and logging of trainee errors during exercise execution
  • Controlled and guided learning process
• Building and maintaining durable weapon handling skills for trainees, crews, and units in realistic conditions.

Simulator reliability is built on key manufacturing practices:

• Proven high-reliability components with comprehensive incoming quality control
• Multi-stage quality assurance throughout mechanical and electrical assembly
• Environmental protection for electronic PCBs and connector contacts

• Continuous operation for at least 12 hours per day
• Mean Time Between Failures (MTBF) of not less than 1,000 hours
• Warranty period of 2 years, subject to compliance with operating instructions and scheduled maintenance as per the operational documentation
• Design service life of not less than 10 years