Red Rock schedules May 2026 Factory Acceptance Testing for largest 3D motion-compensated crane
Norwegian lifting technology provider Red Rock has entered the test phase of the largest 3D motion-compensated crane ever developed by the company, marking a significant milestone in the evolution of its offshore handling solutions.
The crane is rated to lift 10 tonnes at a 30-meter outreach, marking a notable expansion in both scale and capability within the company’s motion-compensation portfolio. Designed for an undisclosed client, the system targets operations where precision handling under dynamic offshore conditions is essential.
By actively compensating for vessel motion in three dimensions, the crane is engineered to maintain load stability and enable safer lifting operations in challenging sea states. The technology builds on Red Rock’s established track record in the offshore wind sector, where motion-compensated handling has become increasingly critical for installation and maintenance activities.
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.
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 added that it looks forward to supporting the client through installation and commissioning as the project progresses toward full operational deployment.
