In September 2020, the three azimuth propulsion thrusters were installed in the cable-laying vessel 'Nexans Aurora', which is under construction at Ulstein Verft. Each thruster has an effect of 3,200 kW and a diameter of 2,900 mm.
The thrusters are part of a major delivery from Brunvoll, which also includes two bow thrusters (3,100 kW), and a retractable azimuth unit of 3,000kW.
Parallell work tasks
Multiple operations are going on at the same time during a ship construction newbuild project such as the 'Nexans Aurora'. The photo below shows the heave of one of the two tensioners, a Maats Tech delivery. The vessel is also currently being painted.
Vessel conversions and re‑mobilisations demand more than drawings and calculations. Recent work on Orient Adventurer, now being prepared for cable-laying operations, demonstrates how critical in-depth knowledge of a vessel’s operational history is to deliver safe, class-approved solutions. Through Ulstein’s aftermarket services, we support complex vessel upgrades with engineering, stability, and weight expertise, including planning and executing inclining tests for conversion and life‑extension projects.
On Tuesday, 24 March, a large-scale rescue exercise was carried out off the coast of Lofoten, Norway, testing a new emergency towing system for ships. The cruise vessel MS Spitsbergen, with 150 passengers on board, the Norwegian Coast Guard vessel KV Barentshav, and the 330 Squadron’s SAR Queen rescue helicopter took part.
How can you be confident that a new vessel design will actually perform in rough seas and demanding operations? The answer lies in thorough verification, independent testing and documented performance. Recently, a new Ulstein design for a cable-laying vessel was tested in a large-scale ocean basin at SINTEF Ocean. The results delivered exactly what Ulstein seeks: confidence that the design performs as intended.