Marine Fiber-optic Inertial Navigation System Marine Strapdown Inertial Navigation System with FOG/RLG Gyroscopes

Product Description

This marine-grade strapdown inertial navigation system (INS) integrates either RLG or FOG gyroscopes with high-precision quartz accelerometers to deliver superior navigation performance. Its advanced computational core processes real-time navigation data using sophisticated strapdown algorithms, providing accurate and reliable 3D position, velocity, and heading information for maritime applications.

The system supports flexible operational configurations, including autonomous inertial navigation, GNSS-assisted navigation, and velocity-augmented modes, enabling comprehensive navigation solutions for a wide range of vessels. Designed for demanding maritime conditions, it ensures continuous performance even in challenging environments.

• Core Sensors: RLG or FOG Gyroscopes + Quartz Accelerometers

• Navigation Modes: Autonomous inertial, GNSS-assisted, and velocity-augmented navigation

• Real-Time Processing: High-speed computational core with strapdown algorithms

Applications

This marine INS system is ideal for a variety of maritime platforms:

• Commercial Ships & Cargo Vessels: Reliable navigation in open seas and GNSS-denied areas

• Naval & Defense Vessels: Accurate heading, position, and velocity reference under challenging conditions

• Autonomous Marine Vehicles & Research Vessels: Supports precision navigation and survey missions

• Offshore Platforms & Support Vessels: Continuous navigation solutions in harsh offshore environments

• Integrated Marine Avionics Systems: Seamless integration with GNSS, radar, and other marine sensors

Advantages

• Reliable Maritime Performance: Continuous and accurate operation in GNSS-denied or high-sea conditions

• Flexible Operational Modes: Supports inertial-only, GNSS-assisted, and velocity-augmented navigation modes

• Comprehensive Navigation Solutions: Delivers complete position, velocity, and heading information for any vessel