Vehicle driving and maneuvering
Perform driving exercises on different types of terrain, taking into account topography, obstacles, weather conditions, and time of day
Military Equipment Simulator
Interactive training systems for crews, operators, and maintenance personnel of combat platforms
This technology provides integrated training solutions designed for personnel operating military vehicles, air defense systems, engineering, transport, and aviation equipment within a controlled training environment
Purpose of the M.E.S. system
Training of military vehicle drivers and operators
Training of aviation platform crews
Training of commanders and gunners
Training of air defense system calculations
Performing tasks in a complex tactical environment
Training of operators of military engineering equipment
TECHNOLOGY ADVANTAGES
High procedural and ergonomic compliance with real equipment
The system is designed to develop correct motor and procedural memory by ensuring realistic positioning and dimensions of controls
The software accurately replicates the operation of vehicle systems and subsystems, as well as movement physics across different terrain types, including obstacles and elevation
Training realism is achieved through full-size crew cabins that replicate actual workstations. Dynamic motion platforms simulate movement and physical load, while low-voltage systems ensure safe training conditions
System Operation Principle
The technology is built on a unified training architecture applicable to various types of military equipment
Initialization of workplaces
Before training begins, the system activates crew workstations based on assigned roles. Each station replicates standard controls, instruments, and information displays required for operational procedures
Scenario Configuration
The instructor configures the training environment, including terrain type, weather conditions, time of day, and tactical situation. Exercise parameters are defined, including scenario dynamics, object behavior, and mission conditions
Simulation Execution
Participants perform training actions in a simulated environment. The software system reproduces the operation of equipment components and systems, the physics of movement and, for combat platforms, the procedures for detecting, tracking, and using weapons with appropriate visualization of the results
Monitoring and post-training analysis
The instructor monitors the course of the training in real time and can change the scenario parameters or adjust the exercise. Upon completion of the training, the system analyzes the actions of participants, evaluates the performance of tasks, and generates reports on the training results
Training complex modules
ENGINEERING AND TRANSPORTATION EQUIPMENT SIMULATORS
Simulation systems for training armored vehicle crews, capable of simulating real combat scenarios. The configuration of the simulator can be customized depending on the type of vehicle and the customer's requirements
URAL-4320-30 truck
System Components:
- Driver cabin
- Dynamic vehicle motion simulation platform
- Vehicle control interface simulators
- Software and hardware training control module
- Environmental visualization system
- Instructor's workstation
- Server and computing module
- Crew performance recording and analysis system
- ORION WORLD Software
MT-LB Multi-Purpose Tractor
System Components:
- Driver cabin
- Dynamic vehicle motion simulation platform
- Environmental visualization system
- Instructor's workstation
- Server and computing module
- Crew performance recording and analysis system
- ORION WORLD Software
BAT / BAT-2 Road Builder
System Components:
- Mechanic-driver workstation
- Environmental visualization system
- Instructor's workstation
- Server and computing module
- Crew performance recording and analysis system
- ORION WORLD Software
IMP-2 Engineering Vehicle
System Components:
- Mechanic-driver workstation
- Operator workstation
- Environmental visualization system
- Instructor's workstation
- Server and computing module
- Crew performance recording and analysis system
- ORION WORLD Software
Network-Based Unit Training
An integrated training environment for practicing unit coordination, vehicle operation and tactical task execution within a unified combat scenario
- Training of a tank platoon using T-72/T-64BV simulators
- Training of a mechanized platoon using BMP-1 simulators
- Formation of a mechanized unit using BTR-3E1 simulators
- Joint execution of combat scenarios in a unified virtual environment
- Ability to transport between bases
- Practice interaction between the crews and the unit commander
- Centralized training management from the instructor's workstation
Integration with PC/VR technology
The technology supports various formats for deploying training systems, from fully functional simulators and physical workplace models to computer simulations and VR solutions, which allows you to adapt the complex to specific training tasks
- Connection to computer simulators and VR systems to create a realistic training environment
- Integration of various training systems and workstations for conducting comprehensive training sessions
- The ability to simulate the interaction of crews, calculations and command elements within a single training scenario
- Improved training effectiveness through comprehensive training in a shared environment
Typical Training Scenarios
The system supports various formats of training scenarios for training crews and operators of military equipment.
Crew procedures and combat interaction
Practicing coordination among crew members during the execution of combat and technical tasks
Detection and elimination of air targets
Scenarios of reconnaissance, tracking, and use of anti-aircraft systems in a simulated air environment
Comprehensive combat scenarios
Simulation of tactical situations involving friendly and enemy forces in a unified simulation environment
The system enables
Simulation of combat conditions for crew and operator training
- Simulate the operating principles of various types of military equipment
- Reproduce the physics of vehicle movement on the terrain and overcoming obstacles
- Create interactive training exercises with performance monitoring
- Reproduce the background environment and dynamic changes during training sessions
- Simulate the use of weapons for anti-aircraft and combined air defense systems
- Provide instructor supervision during the execution process
