GI320 adopts loose coupling integrated navigation technology, which deeply integrates
IMU with RTK solution and observation preprocessing, and can provide real-time and
high-precision navigation parameters such as position, speed and attitude.
GI320 adopts loose coupling integrated navigation technology, which deeply integrates IMU with RTK solution and observation preprocessing, and can provide real-time and high-precision navigation parameters such as position, speed and attitude.
The integrated navigation algorithm uses the GPS data as initial data for operation. If GPS data is lost, the system will run the strapdown inertial navigation calculation alone, and the calculated data will be sent to the Kalman filter for processing.
GI320 adopts loose coupling integrated navigation technology, which deeply integrates IMU with RTK solution and observation preprocessing, and can provide real-time and high-precision navigation parameters such as position, speed and attitude.
The integrated navigation algorithm uses the GPS data as initial data for operation. If GPS data is lost, the system will run the strapdown inertial navigation calculation alone, and the calculated data will be sent to the Kalman filter for processing.