In the space industry, Fiber Optic Gyroscopes (FOGs) are the preferred inertial sensor for satellites, spacecraft, launch vehicles, and deep-space missions—offering high accuracy, radiation tolerance, long lifespan, and no moving parts in the extreme vacuum, temperature swings, and vibration of space.
Key Benefits:
- Ultra-low bias instability (≤0.3 °/h) for fine pointing and long-term stability
- Radiation tolerance and vacuum compatibility for LEO to deep-space missions
- Compact, low-SWaP design perfect for CubeSats, smallsats, and large platforms
- GNSS-independent attitude reference in GPS-denied environments
Core Applications:
- Satellite ADCS – Three-axis stabilization, Earth/nadir pointing, agile repointing
- Precision Payload Alignment – Optical instruments, laser comms, antennas
- Formation Flying & Rendezvous – Autonomous maneuvers and docking
- Launch Vehicles & Deep-Space Probes – Shock-resistant rate sensing
Fiber Optic Gyroscopes deliver unmatched drift stability, continuous measurement, radiation immunity, and compact design—essential for modern spacecraft attitude control, precision pointing, and reliable inertial navigation in the harsh space environment.
Contact us to explore how FOG technology can enhance your space mission performance.
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