Product Description

This fiber-optic inertial navigation system (INS) integrates high-precision fiber-optic gyroscopes (FOG) and quartz accelerometers as its core sensors. Built on strapdown technology and advanced navigation algorithms, the system calculates and outputs real-time navigation data, including heading, roll, pitch, speed, and position.

The system supports multiple operational modes, including inertial-autonomous navigation, GNSS-assisted navigation, and hybrid inertial-satellite navigation. Designed specifically for maritime applications, it provides highly accurate and reliable navigation solutions for a wide range of vessel platforms, from commercial ships to research and offshore vessels.

• Core Sensors: Fiber-Optic Gyroscopes (FOG) + Quartz Accelerometers

• Navigation Modes: Inertial-autonomous, GNSS-assisted, hybrid inertial-satellite

• Real-Time Data: High-speed computation and output of comprehensive navigation parameters

Applications

This fiber-optic INS is suitable for various maritime platforms:

• Commercial and Cargo Vessels: Reliable navigation and position reference in open seas and GNSS-compromised conditions

• Naval and Defense Ships: Accurate heading, roll, pitch, and speed for operational and tactical navigation

• Autonomous Marine Vehicles & Survey Ships: Supports precision mapping, research, and environmental survey missions

• Offshore Platforms & Support Vessels: Continuous and dependable navigation in harsh offshore conditions

• Integrated Marine Navigation Systems: Seamless integration with GNSS, radar, and other shipborne sensors

Advantages

• High Accuracy in Maritime Navigation: Provides precise heading, position, roll, pitch, and speed data

• Multiple Operational Modes: Supports inertial-only, GNSS-assisted, and hybrid inertial-satellite navigation

• Reliable Performance for All Vessel Types: Designed to operate under demanding maritime environments

• Advanced Strapdown Technology: Delivers real-time navigation computation and output for critical operations