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Marine Laser Inertial Navigation System High-Precision Marine Inertial Navigation System with FOG/RLG Gyroscopes Product Description
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Marine Laser Inertial Navigation System High-Precision Marine Inertial Navigation System with FOG/RLG Gyroscopes Product Description
  • name

Marine Laser Inertial Navigation System High-Precision Marine Inertial Navigation System with FOG/RLG Gyroscopes Product Description

MOQ: 1 set
Delivery Period: 30 work days
Supply Capacity: 100 set per year
Details Information
Product Description
Detail Information
Place of Origin
China
Brand Name
Star & Inertia Technology
Alignment Time:
≤5min
Position（Pure Inertial）:
≤5nm/1hr
Position（Satellite Assis）:
Better Than Satellite Accuracy
Heading（Pure Inertial）:
≤0.3°sec(L)
Heading（Satellite Assis）:
≤3.6′
Pitch And Roll（Pure Inertial）:
≤0.08°
Pitch And Roll（Satellite Assis:
≤0.03°
Speed（Pure Inertial）:
≤3.0m/s
Speed（Satellite Assist）:
0.2m/s
Weight （kg）:
＜1.7
Environmental Adaptation:
Meet Temperature, Vibration, Electromagnetic And Other Environment Requirements
Power And Interface:
Power Supply DC18V~36V；Digital Outputs With Network Port, RS422 Serial Port, CAN Port, Etc.
Product Description

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

Tags: 

gyroscope ship navigation,  

gyroscope guidance system,  

ships inertial navigation system

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products
PRODUCTS DETAILS
Products

Laser Inertial Navigation System

Fiber Optic Inertial Navigation System

Aircraft Inertial Navigation System

Marine Inertial Navigation System

Automotive Inertial Navigation System

AHRS System

IMU Inertial Measurement Unit

Fiber Optic Gyroscope

Ring Laser Gyroscope
Marine Laser Inertial Navigation System High-Precision Marine Inertial Navigation System with FOG/RLG Gyroscopes Product Description
  • name
Marine Laser Inertial Navigation System High-Precision Marine Inertial Navigation System with FOG/RLG Gyroscopes Product Description
MOQ: 1 set
Delivery Period: 30 work days
Supply Capacity: 100 set per year
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
Star & Inertia Technology
Alignment Time:
≤5min
Position（Pure Inertial）:
≤5nm/1hr
Position（Satellite Assis）:
Better Than Satellite Accuracy
Heading（Pure Inertial）:
≤0.3°sec(L)
Heading（Satellite Assis）:
≤3.6′
Pitch And Roll（Pure Inertial）:
≤0.08°
Pitch And Roll（Satellite Assis:
≤0.03°
Speed（Pure Inertial）:
≤3.0m/s
Speed（Satellite Assist）:
0.2m/s
Weight （kg）:
＜1.7
Environmental Adaptation:
Meet Temperature, Vibration, Electromagnetic And Other Environment Requirements
Power And Interface:
Power Supply DC18V~36V；Digital Outputs With Network Port, RS422 Serial Port, CAN Port, Etc.
Minimum Order Quantity:
1 set
Delivery Time:
30 work days
Supply Ability:
100 set per year
Product Description

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

Tags: 

gyroscope ship navigation,

gyroscope guidance system,

ships inertial navigation system

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