Product Description

This high-precision marine inertial navigation system (INS) combines FOG or RLG gyroscopes with quartz accelerometers in a strapdown configuration, providing reliable and accurate navigation for maritime vessels. The onboard high-speed processor executes advanced strapdown algorithms to calculate real-time navigation data, including position, velocity, and heading, under all operational conditions.

The system supports multiple navigation modes, including fully autonomous inertial navigation, GNSS-assisted navigation, and velocity-augmented navigation. It can integrate additional navigation sources such as satellite signals, radar, or vision-based systems to deliver comprehensive and dependable navigation solutions for a wide range of maritime operations.

• Core Sensors: FOG or RLG Gyroscopes + High-Precision Quartz Accelerometers

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

• Real-Time Navigation: High-speed computation using advanced strapdown algorithms

Applications

This marine-grade INS is suitable for a variety of maritime platforms and missions:

• Commercial and Cargo Ships: Reliable navigation in open seas and GNSS-compromised areas

• Naval and Defense Vessels: Accurate position, heading, and velocity data under demanding conditions

• Autonomous Marine Vehicles & Survey Ships: Supports precision navigation and scientific research missions

• Offshore Platforms and Support Vessels: Continuous navigation performance in harsh offshore environments

• Integrated Marine Navigation Systems: Seamless integration with satellite, radar, and other maritime sensors

Advantages

• Dependable Maritime Performance: Continuous, accurate operation even in GNSS-denied or high-sea conditions

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

• Comprehensive Navigation Data: Provides complete position, velocity, and heading information for all vessel types

• Rugged Marine-Grade Design: Engineered for long-term reliability in challenging maritime environments