System commissioned onboard Grampian Tyne
Bringing the WavePredictor to the heart of offshore operations
Supporting the Dogger Bank Wind Farm
Contributing to the development of the North Star series
A Next Ocean WavePredictor system is now commissioned on board the Grampian Tyne SOV, bringing advanced real-time wave and vessel motion prediction technology directly to the heart of offshore operations. The system is designed to help crews make informed decisions, improve safety and optimize efficiency during critical operations in offshore wind farms.
We are excited to contribute to the ongoing development of the North Star series of Service Operation Vessels (SOVs) supporting the Dogger Bank Wind Farm, one of the largest offshore wind projects. By equipping vessels like Grampian Tyne, we enable operators to anticipate sea conditions, reduce operational risks, and maximize uptime during maintenance and crew transfer operations.
Project impression
Why North Star
chose Next Ocean
Optimal operations in the offshore wind farm
North Star chose Next Ocean for our ability to provide accurate, real-time predictions of waves and vessel motion, helping crews make safer and more informed decisions during offshore operations. The system integrates with existing vessel equipment and delivers clear, actionable insights, enabling smooth crew transfers, optimized positioning and improved efficiency across their SOV-fleet.
Quick installation,
ready for action
Predicting motion, protecting people
This commissioning represents another milestone in our collaboration with the offshore wind sector, showcasing how Next Ocean’s WavePredictor can help operators maximize uptime, reduce risks and ensure that every offshore task is performed with confidence.
The technology provides clear, actionable insights that translate complex ocean data into practical guidance for the crew and vessel operators.
More uptime.
Smarter decision-making.
Turning sea data into safer pilot transfers
With Next Ocean on board the vessel, pilots can operate safely in a wider range of conditions. Real-time motion predictions help the crew identify safe moments for critical transfers, even in challenging sea states. The result: more operational days and better use of each weather window.


