Aerospace Fiber Optic Gyro INS– Miniature Airborne Inertial Navigation System for UAV & Special Aircraft

Product Description
The Merak-A01 Aerospace FOG INS is a compact and high-performance airborne inertial navigation system designed for UAV platforms and special-mission aircraft.
It integrates fiber-optic gyroscopes (FOG/RLG) and quartz accelerometers, supported by advanced navigation algorithms to deliver accurate attitude, velocity, and position outputs under demanding flight conditions.

The system supports multi-source sensor fusion with satellite navigation, barometric altimeters, radio and mission payload sensors, ensuring reliable navigation continuity—even in GNSS-denied or highly dynamic environments.

With rapid alignment capability and robust operational reliability, the Merak-A01 enables precise navigation for tactical, autonomous, and reconnaissance aviation platforms.

Advantages
✓ Miniature Aerospace Form Factor
Compact size supports UAV, eVTOL, and small airborne platforms without compromising accuracy.
✓ FOG + Quartz Accelerometer Architecture
Provides stable long-term bias performance and superior drift resistance.
✓ GNSS-Denied Mission Capability
Maintains inertial navigation continuity in jamming or signal-restricted environments.
✓ Multi-Source Fusion Algorithms
Supports GNSS, altimeter, radio navigation & mission sensors for enhanced total accuracy.
✓ Rapid & Adaptive Alignment
Ground/air alignment, dynamic alignment, and mission-adaptive navigation modes.

✓ High Reliability & Built-In Fault Detection
Ensures mission continuity for aerospace and defense-grade operations.

Application
Suitable for aerospace platforms requiring high-stability inertial navigation:
✔ UAV / UAS Fixed-Wing Platforms
✔ VTOL & eVTOL Aircraft
✔ Special-Mission Aircraft
✔ ISR (Intelligence / Surveillance / Reconnaissance) Systems
✔ Tactical Unmanned Systems
✔ Autonomous Flight & Guidance Control
✔ Payload Stabilization
✔ GNSS-Challenged / GNSS-Denied Flight Missions