UA

Combat Operations Simulator for Training the Driver-Mechanic of the BAT Engineering Vehicle

About the Simulator

The comprehensive training simulator for the BAT road grader operator is designed to develop and maintain the operators' solid skills in preparing for movement, working with control devices, indicators, and signals, driving in various weather conditions—both summer and winter—across different terrains, during day and night, overcoming natural and artificial obstacles, and to build practical abilities and skills in operating the road grader equipment through hands-on exercises on the simulator.
The Simulator Includes the Driver-Mechanic Workstation of the BAT Engineering Vehicle, an Instructor Workstation, and Specialized Licensed Software.

Driver-Mechanic Workstation of the BAT Engineering Vehicle

Designed for training mechanic-drivers with the aim of developing and reinforcing skills in operating, performing engineering tasks across various types of terrain and weather conditions, within a classroom setting. It is housed in a mock-up of the control compartment of a BAT road construction vehicle on a dynamic platform.
  • By Design, the Mock-Up of the BAT Engineering Vehicle Control Compartment Provides:

  • Compliance of Dimensions and Equipment Layout of the BAT Engineering Vehicle Control Compartment
  • Accurate Functioning of Control Interfaces and Instrumentation
  • Full Conformity of Travel Ranges, Applied Forces, and Feedback Response of Control Interface Simulators (Levers, Switches) to the Actual BAT Vehicle Characteristics
  • Authentic Replication of Front Panels, Instrument Clusters, and Devices, Including Accurate Backlighting of Equipment, Instrument Scales, Indicator Panels, and Nameplates
Specialized Software
Designed to provide students with theoretical and practical knowledge in operating UAVs and performing engineering tasks across various terrain types and weather conditions within a classroom setting, as well as to assess the level of knowledge acquired by cadets through the completion of test assignments.
  • Specialized Software Enables the Following Capabilities:

  • Effective Training of the BAT Driver-Mechanic in Accordance with Assigned Functional Duties
  • Simulation of the BAT Driver-Mechanic’s Operational Workflow with Capability to Reproduce Practical Actions
  • Reproduction of Terrain and Background Environment (Gunfire, Explosions, etc.) within a Unified Information Environment, Including Dynamic Changes During Task Execution
  • Simulation of Driver-Mechanic Actions During the Execution of Functional Duties, Including Engineering Tasks Across Various Terrain Types
  • Modeling (Visualization) of Engineering Task Execution by an Individual BAT Vehicle and at Unit Level
  • Integration with Higher-Level Training and Simulation Systems with Data Exchange on Status, Position, and Task Execution, Enabling Integration of Multiple Homogeneous and/or Heterogeneous Simulator Systems within a Unified Information Environment
  • Instructor Capability to Configure Scenario Environment, Mission Variants, Weather Conditions, Season, Time of Day, Meteorological and Other Influencing Factors, Dynamic Scenario Evolution, and Behavior of Adjacent Units, Enemy Forces (Ground, Air, Maritime), and Civilian Entities; Includes Real-Time Monitoring from the Instructor Station, Dynamic Adjustment of Conditions During Execution, and the Ability to Pause or Terminate the Exercise at Any Time
  • Simulation of Engineering Task Execution Accompanied by Audio Effects
  • Recording and Documentation of Task Execution Process and Results
Instructor Workstation
  • Designed to organize and effectively conduct training by enabling:

  • Selection of Training Area or Driving Range for Conducting Driving Exercises, Including Configuration of Terrain Type, Weather Conditions, Road Surface State, Season, and Time of Day, with the Ability to Modify Parameters During Execution
  • Visual Monitoring of the Simulated BAT Engineering Vehicle within a 3D Terrain Environment
  • Real-Time Monitoring of Trainee Driver-Mechanic Actions During Driving Exercises
  • Assessment of Driver-Mechanic Training Level During Combat Training Using a Performance Database (Accumulation and Analysis of Results Throughout the Training Period)
  • Injection of Equipment Failures and Malfunctions of the BAT Engineering Vehicle During Exercise Execution
  • Communication with the Trainee Driver-Mechanic During Driving Exercises
  • Results Management Process, Including Maintenance of Trainee and Performance Databases, Data Storage, Archiving, and Generation of Printed Reports