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- NaviGuider IMU modules - precision and performance for advanced applications

ART.NO: navigator

NaviGuider sensor-based IMU modules are a groundbreaking navigation system from NIBP Sensor that meets the demands of industries such as UAVs, underwater gliders, robots and marine buoys. This high-performance solution is based on PNI's award-winning RM3100 magnetometer combined with an accelerometer and gyroscope, packaged on a low-power Edge-AI sensor coprocessor.

With built-in continuous self-calibration algorithms, NaviGuider manages magnetic interference and optimises sensor fusion without the need for external calibration. This ensures accurate, real-time data, even in challenging environments where traditional sensors can fail.

With a power consumption of less than 30 mW, NaviGuider offers an energy-efficient solution that offloads the host processor and enables longer system uptime. Its compact design and flexible interfaces make it easy to integrate into both new and existing systems.

PNI's experience and expertise in navigation systems ensures that NaviGuider delivers consistent and reliable performance, even in environments without GPS coverage or in extreme conditions. With NaviGuider, you get a solution that takes your application to the next level.

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  • Specification
  • Documentation
  • Sensors:
    • RM3100 magnetometer
    • 3-axis accelerometer
    • 3-axis gyroscope
  • Processor: Integrated Edge AI sensor co-processor
  • Performance:
    • Automatic calibration of magnetic disturbances
    • Advanced sensor fusion
    • High precision in motion tracking and orientation
  • Power consumption: Less than 30 mW
  • Interfaces: Standardised connections for smooth integration
  • Size and design: Compact and easy to integrate into different systems
  • Areas of use:
    • UAVs (unmanned aerial vehicles)
    • Underwater gliders
    • robotics
    • Marina buoys
    • Other applications with precise navigation requirements
  • Environmental performance:
    • Robust and reliable in environments with magnetic interference
    • Functional in areas without GPS coverage
  • Power management: Optimised for battery-powered and autonomous applications