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Marine Laser Inertial Navigation System High-Precision Fiber Optic Inertial Navigation System for Marine Vessels

Marine Laser Inertial Navigation System High-Precision Fiber Optic Inertial Navigation System for Marine Vessels

MOQ: 1 set
Delivery Period: 30 work days
Supply Capacity: 100 set per year
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

The fiber optic inertial navigation system (FOG INS) is designed for marine platforms, integrating fiber optic gyroscopes and quartz accelerometers as core sensors. Built on a strapdown inertial navigation system architecture and powered by advanced high-speed navigation software, it delivers real-time navigation data, including heading, roll, pitch, speed, and position. The system supports multiple operational modes, such as inertial-only navigation, GNSS/INS integrated navigation, and autonomous inertial navigation, ensuring high-precision vessel guidance under all marine conditions.

Key Features:

  1. High Accuracy – Fiber optic gyros and accelerometers provide precise measurement of vessel attitude, speed, and position.

  2. Real-Time Navigation Output – Continuous data delivery supports dynamic maritime operations.

  3. Versatile Operating Modes – Inertial-only, GNSS-assisted, and autonomous navigation modes adapt to diverse vessel types and missions.

  4. Fast Initialization & Reliable Performance – Advanced navigation algorithms ensure immediate readiness and consistent results.

  5. Marine Platform Compatibility – Suitable for ships, unmanned surface vessels, military craft, and offshore research platforms.

Applications:

  • Shipborne fiber optic inertial navigation systems

  • Autonomous and unmanned marine vessels

  • Military and specialized marine platforms

  • Offshore engineering, surveying, and research vessels

products
PRODUCTS DETAILS
Marine Laser Inertial Navigation System High-Precision Fiber Optic Inertial Navigation System for Marine Vessels
MOQ: 1 set
Delivery Period: 30 work days
Supply Capacity: 100 set per year
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

The fiber optic inertial navigation system (FOG INS) is designed for marine platforms, integrating fiber optic gyroscopes and quartz accelerometers as core sensors. Built on a strapdown inertial navigation system architecture and powered by advanced high-speed navigation software, it delivers real-time navigation data, including heading, roll, pitch, speed, and position. The system supports multiple operational modes, such as inertial-only navigation, GNSS/INS integrated navigation, and autonomous inertial navigation, ensuring high-precision vessel guidance under all marine conditions.

Key Features:

  1. High Accuracy – Fiber optic gyros and accelerometers provide precise measurement of vessel attitude, speed, and position.

  2. Real-Time Navigation Output – Continuous data delivery supports dynamic maritime operations.

  3. Versatile Operating Modes – Inertial-only, GNSS-assisted, and autonomous navigation modes adapt to diverse vessel types and missions.

  4. Fast Initialization & Reliable Performance – Advanced navigation algorithms ensure immediate readiness and consistent results.

  5. Marine Platform Compatibility – Suitable for ships, unmanned surface vessels, military craft, and offshore research platforms.

Applications:

  • Shipborne fiber optic inertial navigation systems

  • Autonomous and unmanned marine vessels

  • Military and specialized marine platforms

  • Offshore engineering, surveying, and research vessels

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