Aoshi Control-ANS-180-Vehicle-Mounted North Seeking Inertial Navigation System

Specifications

Azimuth Coverage: 0 – 360 deg
Azimuth Angle Error: -0.25 – 0.25 deg
Inclination Range: -80 – 80 deg
Inclination Error: -0.025 – 0.025 deg
Initial North Seeking Time: 3 min
Operating Voltage: 12 VDC
Operating Current: ≤1.5 A
Power Dissipation: ≤12 W
Work Temperature: -40~+60 ℃
Weight: ≤5.6 Kg
Electrical Interface: RS422,CAN
Boundary Dimension: 176×122×139 mm
Installation Dimension: 164*108 mm
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Features


  • Integrated MEMS Sensors – Combines a three-axis MEMS gyroscope and MEMS accelerometer for precise real-time attitude measurement.

  • Inertial Navigation-Based Computation – Calculates azimuth and inclination using the attitude principles of inertial navigation.

  • Real-Time Data Output – Continuously transmits carrier azimuth and inclination data via CAN and RS-422 interfaces.

  • Dual Communication Interfaces

    • CAN Bus: Cross-links with the carrier’s main control system, enabling real-time data exchange, parameter configuration, and command reception (e.g., north-seeking or reset).

    • RS-422 Bus: Provides additional real-time azimuth and attitude data and supports software updates or parameter compensation.



  • Autonomous North-Seeking Function – Determines true azimuth orientation after north-seeking alignment.

  • User Display Interface – OLED screen shows azimuth angle, inclination angle, startup time, device status, and diagnostic codes in real time.

  • Configurable and Upgradable – Supports software online loading and compensation parameter adjustments through a test terminal.

  • Ruggedized Construction – Includes shock absorber, power display board, and sealed housing for stable performance in harsh environments.

Applications


  • Mining and Geological Equipment – Core component for azimuth and inclination measurement in underground or mobile carriers.

  • Vehicle and Machinery Navigation – Provides precise orientation data for autonomous or semi-autonomous mining and construction vehicles.

  • Industrial and Defense Systems – Integrates into control units requiring accurate inertial navigation or attitude feedback.

  • Surveying and Mapping Instruments – Ensures accurate directional referencing and intelligent alignment.

  • Robotics and Smart Carriers – Supports real-time motion tracking and intelligent transformation functions.