Red Rock is currently in the test phase of the largest 3D motion-compensated crane ever developed by the company. The crane has a capacity of 10 tonnes at 30 meters, representing a significant step forward in both scale and performance for Red Rock’s technology portfolio.
The system has been developed for an undisclosed client, where precise and reliable lifting operations under dynamic conditions are critical. By actively compensating for vessel motions in three dimensions, the crane enables safe and efficient operations even in challenging sea states.
The development builds on more than a decade of experience delivering advanced lifting solutions to the offshore wind industry, where Red Rock has continuously refined its motion-compensation technology. This latest crane represents an evolution of that expertise, adapted to meet the stringent requirements of new operational environments.
The 3D crane installed on the pedestal at production facility
Factory Acceptance Testing (FAT) is scheduled for May 2026, after which the crane will be transported to the customer for installation, commissioning and sea trail.
“This project demonstrates how our technology, originally developed for offshore wind, can be scaled and adapted to new segments with demanding operational requirements,” says Edvin T. Tønnessen, COO, at Red Rock. “We are proud to see our largest 3D crane to date moving into the final testing phase.”
Red Rock’s advanced 3d tooltip that makes the crane able to compensate for all vessel movements.
Red Rock looks forward to completing the testing program and supporting the customer through installation and commissioning.
For information please contact the Red Rock sales team.