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High-Precision RS422 FOG INS for UAVs, Drones & Aircraft Navigation
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High-Precision RS422 FOG INS for UAVs, Drones & Aircraft Navigation

2026-01-28
Latest company news about High-Precision RS422 FOG INS for UAVs, Drones & Aircraft Navigation

Modern UAVs, drones, and aircraft demand reliable navigation, even in GPS-denied or challenging environments. Our RS422 FOG INS Small delivers continuous, high-accuracy position, velocity, and attitude data, making it ideal for mission-critical airborne platforms.


Key Features & Advantages

  • High-precision Fiber Optic Gyroscopes (FOG/RLG) and quartz accelerometers for accurate inertial navigation

  • Advanced sensor fusion algorithms for stable and reliable navigation in dynamic conditions

  • Mission-adaptive alignment methods and multi-source navigation enhancement

  • Reliable alignment in complex operational environments

  • Compact design optimized for SWaP (Size, Weight, and Power) requirements

  • RS422 interface for seamless integration with existing avionics and flight control systems


Applications

  • UAV and drone navigation in GPS-degraded or denied areas

  • Autonomous airborne platforms requiring precise inertial positioning

  • Aircraft guidance and control systems

  • Integration with flight control and avionics systems


Our commercial RS422 FOG INS Small provides high-accuracy inertial navigation, ensuring your UAV, drone, or aircraft maintains reliable position, velocity, and attitude data, even without GPS.

Produk
Rincian berita
High-Precision RS422 FOG INS for UAVs, Drones & Aircraft Navigation
2026-01-28
Latest company news about High-Precision RS422 FOG INS for UAVs, Drones & Aircraft Navigation

Modern UAVs, drones, and aircraft demand reliable navigation, even in GPS-denied or challenging environments. Our RS422 FOG INS Small delivers continuous, high-accuracy position, velocity, and attitude data, making it ideal for mission-critical airborne platforms.


Key Features & Advantages

  • High-precision Fiber Optic Gyroscopes (FOG/RLG) and quartz accelerometers for accurate inertial navigation

  • Advanced sensor fusion algorithms for stable and reliable navigation in dynamic conditions

  • Mission-adaptive alignment methods and multi-source navigation enhancement

  • Reliable alignment in complex operational environments

  • Compact design optimized for SWaP (Size, Weight, and Power) requirements

  • RS422 interface for seamless integration with existing avionics and flight control systems


Applications

  • UAV and drone navigation in GPS-degraded or denied areas

  • Autonomous airborne platforms requiring precise inertial positioning

  • Aircraft guidance and control systems

  • Integration with flight control and avionics systems


Our commercial RS422 FOG INS Small provides high-accuracy inertial navigation, ensuring your UAV, drone, or aircraft maintains reliable position, velocity, and attitude data, even without GPS.

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