Aircraft Laser Inertial Navigation Airborne Optical Gyro–Strategic/Tactical/Commercial Grade INS

This airborne inertial navigation system is developed using optical gyroscopes and quartz accelerometers as the fundamental sensing elements. The system adopts a strapdown inertial configuration, with optional modulation-based processing, enabling continuous internal navigation computation and real-time output of navigation data.

Technical Features

• Optical Gyroscope and Quartz Accelerometer Sensors
  Designed to meet the stability and reliability requirements of airborne platforms.

• Strapdown Inertial Navigation Architecture
  Integrated structure suitable for compact airborne installation and high-rate navigation calculation.

• High-Speed Navigation Algorithms
  Embedded software processes inertial data efficiently to generate real-time navigation outputs.

• Multi-Source Navigation Data Fusion
  Supports optional integration of satellite navigation, astronomical reference, altitude data, radio navigation aids, and vision-based information based on operational needs.

• Flexible Operation Modes
  Capable of operating in standalone inertial navigation mode or multi-source integrated navigation mode.

System Advantages

• High Navigation Autonomy
  Provides continuous navigation capability independent of external signal availability.

• Adaptable Integration Capability
  Allows configuration according to mission requirements and sensor availability.

• Stable and Real-Time Output
  Supplies essential navigation parameters for airborne guidance and control systems.

• Compatibility with Avionics Systems
  Designed for integration into a wide range of airborne platforms and onboard systems.

Typical Applications

• Aircraft inertial navigation systems

• Navigation and guidance for fixed-wing aircraft, rotary-wing aircraft, and unmanned aerial vehicles (UAVs)

• Integrated navigation solutions combining inertial and external reference data

• Airborne platforms requiring continuous attitude, heading, velocity, and position information

• Flight testing, aviation research, and specialized airborne missions