The MRU of choice for your vessels
In rough sea conditions, a few decimal points can mean the difference between the success and failure of an operation. This is why we design our MRUs with painstaking attention to detail and precision. Accurate motion measurements in Real sea conditions.
The MRU of choice for your vessels
Some of the ship managers using our MRUs
Maintenance free MRUs
Motion Reference Units traditionally are highly maintenance intensive due to regular recalibration requirements.
It is a logistical challenge to send MRUs across the world leading to high administrative and maintenance costs. For older MRUs it is increasingly difficult to get recalibration and service.
Our MRUs are
- accurate, reliable, affordable and maintenance free
- Easy to retrofit with any brand of existing MRUs.
Ship Motion Monitoring
Precise motion measurements are essential for vessel digitalisation, supporting fuel optimisation, route planning, cargo safety and structural health.
Dynamic Positioning
Dynamic positioning (DP) of vessels necessitates roll and pitch compensation of the GNSS antenna to ensure accurate positioning of the ship's control point.
Active Heave Compensation
Accurate measurement of vertical motion at the crane tip or winch is crucial for the operation of Active Heave Compensated (AHC) cranes and winches.
Helideck Monitoring
Accurate measurement of roll, pitch, and heave motions is crucial for assessing the safety of helidecks during helicopter landing and take-off operations.
Motion Compensated Gangways
Accurate measurements of all 6 degrees of freedom are essential for the automatic motion control of gangways.
Versatile MRUs for Every Budget and Requirement
Find your perfect MRU solution designed to meet different budgets and requirements without compromising on quality, functionality, flexibility, performance, or cost-effectiveness.
Roll and pitch dynamic accuracy of 0.05° Heave accuracy: 5 cm / 5 %
The 6000 series provides high performance 0.02° roll and pitch accuracy
The 9000 series achieves exceptional precision with 0.01° roll and pitch accuracy
