Measure movement.
Transfer to the system.

Motion measurements link the device to the navigation system of a ship or marine vehicle. Inertial measurement units, integrated systems and unmanned vehicles use this data as part of their on-board systems.

Inertial Measurements IMU

Measurement of angular velocity and linear acceleration for processing as part of a navigation complex.

Integrated Navigation INS

Orientation data for combining with other sources of navigation information. The composition of the output data depends on the design of the device.

Unmanned vehicles MANS

Motion and orientation data for on-board systems of unmanned surface and underwater vehicles.

The movement of the vessel changes the orientation of the acoustic equipment. Sensor data allows you to take into account motion when processing sonar and multibeam echo sounder measurements. A separate version is provided for fishing equipment MS-21F.

Sonars and multibeam echo sounders

Data for heave compensation systems for underwater acoustic measurements.

Fishing equipment · MS-21F

Measuring roll, pitch and azimuth for motion compensation in fishing sonars and echo sounders. In the material MS-21F linear acceleration and angular velocity transmission, serial interfaces, and Ethernet are also described.

Dynamic positioning systems need data about the ship's movement. The MS series sensor serves as a source of measurements for the on-board DP complex.

Sensor included in DP

Transfer of motion measurements to the on-board dynamic positioning complex. Position holding algorithms are implemented by the DP system itself.

Data on angular and linear motion are fed into automatic monitoring systems for hull strength and current stability of the vessel.

Hull monitoring HMS

Data on the dynamic movements of the vessel for the strength and stability control system. The sensor supplies the measurements; The condition assessment is performed by the monitoring system.

Monitoring the movement of the helipad and actively compensating for its roll solve different problems. For each of them, the sensor transmits measurements to the corresponding ship system.

Helipad monitoring

Measurement data for monitoring the movement of the platform on a ship.

Active compensation AHS

Sensor as part of the helipad active roll compensation system.

Changes in the ship's orientation must be taken into account when pointing the onboard antennas. The sensor transmits measurement data to the antenna orientation system.

Antenna orientation

Transfer of orientation data to the antenna control system. Actuators and pointing algorithms belong to the antenna system itself.