Inertial Lab IMU-P Get latest price

The IMU-P is an advanced, self-contained  Industrial & Tactical grade Inertial Measurement Systems and Digital Tilt Sensor from Inertial Labs. The system consists of three-axis high grade accelerometers and tactical-grade MEMS gyroscope for measuring angular rates, linear accelerations, pitch & roll

This system’s configuration offers a high measurement accuracy for both dynamic and static applications. The concoction of the high-quality  and latest MEMS sensors technology provides low noise, good repeatability and high reliability. The IMU-P sensor is also temperature compensated and fully calibrated while being mathematically aligned to the orthogonal coordinate system.

As the IMU-P has continuous built-in-test and configurable communications protocols, it is easy to use across integrated system applications. It also has a protection against electromagnetic interference and flexible power input requirements to suit a wide range of applications

This MEMS sensor technology finds its applications mostly in antenna & line stabilization systems, passengers trains acceleration, Motion Reference Units (MRU), Motion Control Sensors (MCS), Land vehicles navigation and motion analysis, UAV & AUV/ROV navigation and control, Buoy or Racing Boat Motion Monitoring, Gimbals, EOC/IR, platforms orientation and stabilization.

The IMU-P is an advanced, self-contained  Industrial & Tactical grade Inertial Measurement Systems and Digital Tilt Sensor from Inertial Labs. The system consists of three-axis high grade accelerometers and tactical-grade MEMS gyroscope for measuring angular rates, linear accelerations, pitch & roll

This system’s configuration offers a high measurement accuracy for both dynamic and static applications. The concoction of the high-quality  and latest MEMS sensors technology provides low noise, good repeatability and high reliability. The IMU-P sensor is also temperature compensated and fully calibrated while being mathematically aligned to the orthogonal coordinate system.

As the IMU-P has continuous built-in-test and configurable communications protocols, it is easy to use across integrated system applications. It also has a protection against electromagnetic interference and flexible power input requirements to suit a wide range of applications

This MEMS sensor technology finds its applications mostly in antenna & line stabilization systems, passengers trains acceleration, Motion Reference Units (MRU), Motion Control Sensors (MCS), Land vehicles navigation and motion analysis, UAV & AUV/ROV navigation and control, Buoy or Racing Boat Motion Monitoring, Gimbals, EOC/IR, platforms orientation and stabilization.