Safran’s Inertial Navigation Systems (INS) provide high-precision Positioning, Navigation, and Timing (PNT) even in GNSS-denied or contested environments. These systems combine cutting-edge inertial sensor technology with ruggedized hardware to enable autonomous navigation for military, maritime, airborne, and industrial platforms.
Safran’s Inertial Navigation Systems (INS) provide high-precision Positioning, Navigation, and Timing (PNT) even in GNSS-denied or contested environments. These systems combine cutting-edge inertial sensor technology with ruggedized hardware to enable autonomous navigation for military, maritime, airborne, and industrial platforms.
Benefits
- GNSS independence for mission-critical operations
- High reliability under extreme conditions
- Maintenance-free technologies like HRG Crystal™
- Modular and scalable solutions for diverse platforms
- Rapid deployment with fast initialization
- Resistant to jamming, vibration, and magnetic interference
Key Features
- Geonyx™: Artillery INS with < 0.5 mil pointing accuracy, HRG Crystal™, NAVWAR capability
- VersaPNT: GNSS-aided INS with integrated NTP/PTP time server
- SkyNaute™: High-performance INS for aviation with optimized SWaP
- BlueNaute®: IMO-certified maritime INS with 200,000h MTBF
- Epsilon™: Land INS immune to magnetic disturbances
- Argonyx™: Autonomous navigation in GNSS-denied environments
- Sigma 95: Hybrid navigation for aircraft with high accuracy
Typical Applications
- Military vehicles, helicopters, and submarines
- Satellites and autonomous systems
- Artillery and targeting systems
- Maritime navigation and gyrocompass applications
- Aerospace and defense missions
- GNSS-contested or denied environments
Additional Information
Safran’s INS solutions offer future-proof navigation technology characterized by high precision, long operational life, and extreme robustness. They are ideal for critical operations where availability and accuracy are essential—regardless of external signal availability.