Product Description

The Dubhe-M4 Laser Inertial Navigation System (INS-M Series) utilizes a laser gyroscope and quartz accelerometer as its core inertial sensors. Based on a mature strapdown inertial architecture, the system runs high-speed navigation algorithms internally to compute and output navigation information in real time. It supports multiple operating modes including inertial autonomous navigation and inertial/GNSS combined navigation, enabling reliable heading, attitude, speed, and positioning output for maritime platforms.

Designed for high-precision marine integrated navigation system applications, the Dubhe-4 meets the requirements of vessels and unmanned platforms that require stable and good-quality guidance performance. As an experienced INS guidance system provider and manufacturer, the Dubhe product family supports long-term deployment in complex marine environments.

 Key Advantages

• High-precision laser gyro + quartz accelerometer inertial sensing
• Real-time navigation computation with strapdown INS processing
• Multi-mode operation: inertial autonomous / INS + GNSS / INS + DVL
• High accuracy heading, roll, pitch, speed, and position outputs
• Supports GNSS-aided guidance for maritime applications
• Suitable for vessels with strong vibration, motion, and environmental variations
• Fast startup and alignment with high reliability

Application Fields

• Naval vessels & surface ships
• USV/UUV platforms
• Maritime INS navigation systems
• GNSS-aided guidance systems
• Underwater navigation & positioning
• Aquatic autonomous vehicle control