| MOQ: | 1 set |
| Delivery Period: | 30 work days |
| Supply Capacity: | 100 set per year |
The fiber optic inertial navigation system (FOG INS) uses fiber optic gyroscopes and quartz accelerometers as its core sensors. Built on a strapdown technology architecture and powered by advanced high-speed navigation software, it provides real-time navigation data including heading, roll, pitch, speed, and position. The system supports multiple operating modes, including inertial-only navigation, inertial/GNSS hybrid navigation, and autonomous inertial navigation, offering precise navigation capabilities for a wide range of land and marine platforms.
Key Features:
High Accuracy – Precision fiber optic gyroscopes and accelerometers ensure reliable navigation information.
Real-Time Output – Continuous data delivery for dynamic operations.
Flexible Operation Modes – Supports inertial-only, GNSS-assisted, and autonomous modes.
Advanced Navigation Processing – Efficient algorithms for fast initialization and accurate measurements.
Platform Versatility – Adaptable for vehicles, autonomous platforms, and specialized applications.
Applications:
Vehicle-mounted inertial navigation for land and marine platforms
Autonomous and intelligent vehicles
Military and specialized vehicles
Construction, mining, and industrial machinery
| MOQ: | 1 set |
| Delivery Period: | 30 work days |
| Supply Capacity: | 100 set per year |
The fiber optic inertial navigation system (FOG INS) uses fiber optic gyroscopes and quartz accelerometers as its core sensors. Built on a strapdown technology architecture and powered by advanced high-speed navigation software, it provides real-time navigation data including heading, roll, pitch, speed, and position. The system supports multiple operating modes, including inertial-only navigation, inertial/GNSS hybrid navigation, and autonomous inertial navigation, offering precise navigation capabilities for a wide range of land and marine platforms.
Key Features:
High Accuracy – Precision fiber optic gyroscopes and accelerometers ensure reliable navigation information.
Real-Time Output – Continuous data delivery for dynamic operations.
Flexible Operation Modes – Supports inertial-only, GNSS-assisted, and autonomous modes.
Advanced Navigation Processing – Efficient algorithms for fast initialization and accurate measurements.
Platform Versatility – Adaptable for vehicles, autonomous platforms, and specialized applications.
Applications:
Vehicle-mounted inertial navigation for land and marine platforms
Autonomous and intelligent vehicles
Military and specialized vehicles
Construction, mining, and industrial machinery