Description
This advanced navigation system integrates a three-axis fiber optic gyroscope, three-axis MEMS accelerometer, and a powerful navigation computer in a compact design. It accurately measures triaxial angular rate and linear acceleration relative to inertial space, processes external GNSS data, and delivers integrated inertial/satellite navigation solutions. The system outputs critical navigation parameters including heading (course), attitude, position, and velocity, supporting both hybrid and pure inertial navigation modes.
Engineered for high precision, small size, and lightweight stability, this solution ensures reliable performance even in demanding environments. Its versatility makes it ideal for autonomous driving, UAVs (drones), electro-optical pods, marine vessels, special vehicles, and underwater applications where accurate navigation is essential.
AFS-090F High-Performance GNSS/INS Integrated Navigation System Dual Antenna
Specifications
Bias Stability Over Temperature (10s, 1 Sigma): | <0.2 deg/h |
---|---|
Bias Repeatability Over Temperature: | <0.2 deg/h |
Scale Factor Nonlinearity: | <100 ppm |
Scale Factor Repeatability: | <100 ppm |
Range: | +/-400 deg/s |
Azimuth Angle Error: | ≤0.07° |
Inclination Error: | ≤0.05° |
Initial North Seeking Time: | ≤0.1 min |
Applications
- Aerospace & Aviation
- Marine & Subsea Navigation
- Defense & Military
- Space Applications
- Industrial & Commercial Vehicles
- Robotics & Autonomous Systems
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