Linked from

The 12 pages that link to Inertial measurement unit, each with the reason it gives.

• Inertial navigation systemBroader topic: Its sensor measurements supply the raw motion data an inertial navigation system processes.

• LiDARRelated: It helps determine the position and orientation of a moving LiDAR platform.

• GyroscopeRelated: Gyroscopes supply its angular-rate measurements, which complement linear acceleration.

• AccelerometerRelated: It pairs acceleration measurements with angular-rate measurements for three-dimensional motion sensing.

• Wearable technologyRelated: Motion sensors let wearables estimate steps, gestures, and body movement.

• SteadicamRelated: Electronic stabilizers use these sensors to detect movement that Steadicam counters mechanically.

• Euler anglesRelated: Its attitude estimates are often displayed as Euler angles.

• Game controllerRelated: Motion-enabled controllers use these sensors to estimate movement and orientation.

• OrientationRelated: Its angular-rate measurements support estimates of changing orientation.

• GimbalRelated: Its motion measurements let a control system counter unwanted movement of a gimballed payload.

• MultirotorRelated: Its motion measurements provide feedback for multirotor stabilization.

• DJIRelated: Inertial measurements help DJI aircraft estimate attitude and respond to motion.