• Innovation
  • Media
  • Career
  • Contact
  • TR
  • TR
  • Reliable Solution for Advanced Flight Management

    The SMU (Sensor Management Unit) and VMM (Vehicle Mode Management) systems are designed to enhance UAV operational autonomy and reliability. SMU handles real-time processing of sensor data using advanced voting mechanisms and complex Kalman filters for robust fault detection and isolation.

    FCC

    Flight Control Computer ( FCC )

    VMM autonomously manages critical flight modes such as TO, CRUISE, EMG, RTH, and LOITER. Combined with a comprehensive Navigation and Autopilot Module, the system ensures precise route planning, safe transition management, and accurate execution of flight profiles. Integrated with STANAG 4586-compliant ground segment software, the architecture supports mission planning, system monitoring, tactical visualization, and seamless ground-air coordination.  

    Flight Control Computer ( FCC )

    • Real-time sensor data processing with voting structures and Kalman filters
    • Autonomous flight mode management (TO, CRUISE, EMG, RTH, LAND, LOITER, CamNav)
    • Route selection and waypoint navigation based on active flight modes
    • Execution of pilot commands based on flight profile and safety envelope
    • Support for VTOL and fixed-wing autopilot operations with transition management
    • STANAG 4586-compliant Ground Segment software bundled with FCC
    • Map-based mission planning, terrain clash and LOS (Line-of-Sight) analysis
    • Visualization of UAV system and mission data via tactical drawings
    • Health monitoring and handover between GCS (Ground Control Station) and GDT (Ground Data Terminal)
    • Integrated alarm system, pilot camera streaming, and mission recording functions
    FCC