UAV Simulator

Fixed-Wing Simulators

Capabilities Technical Features Flight Training Support Resources

The UAV Simulator is designed for operator and pilot, mission commanders, and image interpreters training across a range of mission profiles. It is designed to simulate a generic aerodynamic model integrated with sensors and camera simulations to provide mission specific or operational training. It can be customized for your UAV model and visually adapted to any terrain or environment worldwide. It can operate either in standalone mode, or networked with other training systems for team-based training. The system is designed for portability and transportability for deployment worldwide or setup in classroom environment.

Training Capabilities

  • Operator and pilot training for fixed-wing, multirotor, and hybrid UAV platforms
  • Mission planning and execution with interactive 3D visualization
  • Scenario creation with static and dynamic targets in varied terrain
  • Emergency procedures and failsafe testing (GPS loss, link failure, return-to-home triggers)
  • Flight envelope and safety limit training (altitude ceilings, geo-fences, stall simulation)
  • Realistic environmental simulation: wind, turbulence, visibility, daylight cycle
  • Simulated sensor feedback (altitude, speed, attitude readings)
  • Post-mission replay and telemetry review for performance evaluation

Technical Features

  • Real-time flight data monitoring and customizable ground interface
  • Waypoint, geofence, and mission event logic editor
  • Realistic aircraft dynamics with adjustable payload, wind, and control parameters
  • Flight parameter testing environment
  • Pre-flight configuration simulation to reduce trial-and-error in real flights
  • Telemetry logging and mission debrief tools
  • Portable deployment kit, suitable for classrooms or field exercises

Flight Training Support

  • Step-by-step flight training modules from basic to advanced level
  • Virtual practice of critical flight phases: take-off, loiter, approach, landing
  • Manual and assisted flight control modes for skill progression
  • Realistic feedback on throttle, yaw, pitch, and roll maneuvers
  • Flight discipline training: altitude holding, heading control, smooth turns
  • Progress tracking and performance scoring
  • Emergency response drills for loss of control and system failures
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE!