The motion tracking instrument IMT30 is built to track movements with extreme requirements on dynamics and resolution in order to meet the most demanding challenges.

The IMT30 contains sensors based on micromechanics resulting in good robustness, reduced size and low production costs.

The IMT30 is IMEGO's latest Inertial Measurement Unit (IMU). The instrument is a prototype system that can be used to evaluate IMEGO's IMU platform. After the evaluation the system can be adjusted to best fit your wishes with regard to size and sensor performance. IMEGO can also manufacture the final system if so desired.

The motion tracking instrument IMT30 is built to track movements with extreme requirements on dynamics and resolution in order to meet the most demanding challenges.

The IMT30 contains sensors based on micromechanics resulting in good robustness, reduced size and low production costs. The core in the IMT30 is IMEGO's micromechanical gyro component IBG20 with  world class performance. The IMT30 contains sensors to measure acceleration, angular velocity and magnetic field in order to track all types of movement.

IMEGO also have access to navigation software based on Kalman filter algorithms that can be coupled to the IMT30 to translate sensor signals to position, speed or attitude, for example. Such systems are usually called INS (Inertial Navigation Systems) and often produce output data in the form of the relative position and angle from the starting point for navigation.

Today the software is run as post processing on a PC but can be customised for navigation in real-time. The software can also be adjusted relatively simply to use knowledge about the motion or additional information from additional sensors to decrease error development for navigation.