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Gyrocompass And Kalman Filter Marine Fiber-optic Inertial Navigation System

Gyrocompass And Kalman Filter Marine Fiber-optic Inertial Navigation System

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
Model Number
TYF99A
Alignment Time:
≤8min
Position(Pure Inertial):
≤1nm/1hr
Position(Satellite Assis):
Better Than Satellite Accuracy
Heading(Pure Inertial):
≤0.06°sec(L)
Heading(Satellite Assis):
≤1′
Pitch And Roll(Pure Inertial):
≤0.01°
Pitch And Roll(Satellite Assis:
≤0.015°
Speed(Pure Inertial):
≤1.0m/s
Speed(Satellite Assist):
0.2m/s
Weight (kg):
<4.0
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) uses a fiber-optic gyro (FOG) and a quartz accelerometer as its core inertial sensors. Its high navigation accuracy comes from a strapdown architecture, combined with a real-time navigation computation engine that outputs continuous navigation data.

The system supports multiple operation modes, including pure inertial mode, GNSS/INS integrated mode, and autonomous inertial navigation. It provides reliable and high-accuracy navigation data such as heading, roll, pitch, velocity, and position for maritime platforms.

By integrating Kalman filtering, strapdown algorithms, and GNSS aiding, the FOG-INS meets the demands of a wide range of vessel types—such as cargo ships, offshore vessels, patrol craft, naval platforms, USVs, and research vessels.

This product category is widely used for maritime gyrocompass replacement, platform stabilization, autopilot input, and positioning augmentation, offering superior long-term reliability, drift performance, and environmental robustness.

products
PRODUCTS DETAILS
Gyrocompass And Kalman Filter Marine Fiber-optic Inertial Navigation System
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
Model Number
TYF99A
Alignment Time:
≤8min
Position(Pure Inertial):
≤1nm/1hr
Position(Satellite Assis):
Better Than Satellite Accuracy
Heading(Pure Inertial):
≤0.06°sec(L)
Heading(Satellite Assis):
≤1′
Pitch And Roll(Pure Inertial):
≤0.01°
Pitch And Roll(Satellite Assis:
≤0.015°
Speed(Pure Inertial):
≤1.0m/s
Speed(Satellite Assist):
0.2m/s
Weight (kg):
<4.0
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) uses a fiber-optic gyro (FOG) and a quartz accelerometer as its core inertial sensors. Its high navigation accuracy comes from a strapdown architecture, combined with a real-time navigation computation engine that outputs continuous navigation data.

The system supports multiple operation modes, including pure inertial mode, GNSS/INS integrated mode, and autonomous inertial navigation. It provides reliable and high-accuracy navigation data such as heading, roll, pitch, velocity, and position for maritime platforms.

By integrating Kalman filtering, strapdown algorithms, and GNSS aiding, the FOG-INS meets the demands of a wide range of vessel types—such as cargo ships, offshore vessels, patrol craft, naval platforms, USVs, and research vessels.

This product category is widely used for maritime gyrocompass replacement, platform stabilization, autopilot input, and positioning augmentation, offering superior long-term reliability, drift performance, and environmental robustness.

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