The M2300 MEMS inertial navigation system delivers reliable measurement of motion parameters, including three-dimensional attitude, angular velocity, and linear acceleration across moving platforms. Built around a tri-orthogonal array of single-axis high-performance MEMS gyroscopes and a three-axis accelerometer, the system integrates dedicated circuitry for power conversion, signal acquisition, and onboard computation.
A high-efficiency microprocessor and advanced dynamic algorithms, including an Extended Kalman Filter (EKF), enable the M2300 to suppress accelerometer noise in motion and reduce long-term drift from gyroscope bias. Designed for integration within ruggedized defense platforms, it supports precise navigation and stabilization functions where GPS-independent accuracy and resilience are mission-critical.
