North Star, the UK-based offshore wind support vessel operator, has signed contracts with Vard for the construction of two commissioning service operation vessels (CSOVs). These vessels are designed to support offshore wind operations and maintenance (O&M) logistical services in the UK and Europe.
The Vard 4 22 design, which uses the latest hull design optimized for low fuel consumption and resistance, will be produced in close collaboration with Vard Design in Ålesund, Norway. These vessels will feature new methanol ready hybrid-propulsion solutions and an increased number of single cabins, providing hotel quality accommodation for the technicians working in the field.
The agreement also includes an option for two additional ships, which could ultimately create up to 200 new seafaring job opportunities across the CSOV fleet once operational.
North Star CEO Matthew Gordon said, “We are thrilled to be expanding our offshore wind fleet through further building contracts with Vard. Vard is one of the world's most well-respected, high-quality shipyard groups, with an unrivalled track record for reliability in the C/SOV market. Ensuring speed of delivery for these ships was a key factor in our decision to select Vard as our continued building partner, demonstrating our commitment to building a versatile and leading service capability to meet the needs of our offshore wind clients.”
See also: North Star appoints James Bradford as Chief Technology Officer to drive offshore wind business
North Star, which employs 1,300 crew and onshore personnel, owns the largest wholly UK-owned fleet engaged in the North Sea. The company has committed to delivering 40 offshore wind ships by 2040 to meet the growing demand for offshore wind O&M logistical support in the UK and Europe.
This partnership between North Star and Vard highlights the continued growth of the offshore wind industry and the importance of sustainable and efficient vessels in supporting its operations. As offshore wind becomes an increasingly vital component of the transition to a low-carbon future, the development of high-quality support vessels will play a critical role in ensuring the success of this industry.
