MEMS Accelerometer

In applications where reliable positioning, velocity, and attitude are required—such as UAVs, autonomous platforms, marine navigation, and aerospace/defense—INS solutions are used to maintain accurate navigation even under vibration, shock, and challenging environments.

MEMS-Based INS

Compact and cost-effective, ideal for size/weight/power-sensitive platforms while still delivering solid navigation performance.

FOG-Based INS

High-accuracy and low-drift, well-suited for long-duration navigation and GPS-denied scenarios such as marine and airborne missions.

RLG-Based INS

Ultra-precision with excellent long-term stability, designed for mission-critical aerospace and defense navigation systems.

A total of3pages
  • I3500
    I3500 is an integrated navigation system (GNSS/INS) composed of high-performance MEMS sensors, high-precision GNSS systems and high-performance microprocessors.  The built-in self-developed high-reliability integrated navigation algorithm can output the speed, position, attitude and other information of the measured carrier in real time. Users can also externally connect RTCM differential correction data to achieve high-precision RTK positioning. The IP68 waterproof shell-type package can be easily integrated into the user's system. Product model information is as follows:
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