Colombo Dockyard to Construct Advanced Cable Repair Vessel for Global Marine Systems
Colombo Dockyard PLC (CDPLC) has announced a significant milestone in international shipbuilding, securing a contract to build an ultra-modern cable laying and repair vessel for the UK’s Global Marine Systems Limited. The contract, which highlights CDPLC’s growing prominence in the maritime industry, was formalized in Colombo between CDPLC’s Managing Director and CEO, Thimira S. Godakumbura, and Global Marine Systems Limited CEO, Simon Hibberd.
Features of the Next-Generation Vessel
This sophisticated vessel is designed to meet the current demands of submarine cable operations, offering capabilities in laying, repairing, and inspecting cables using advanced Remote Operated Vehicles (ROVs). The design, crafted by Norway’s Vard Design AS, integrates innovative features ensuring compliance with Bureau Veritas classification standards and international environmental regulations.
With an overall length of 100 meters and a loaded displacement of 1,800 tonnes, the vessel will boast a beam of 18.8 meters and a depth of 7.15 meters, allowing it to operate efficiently in various sea conditions. The vessel’s top speed of 14.5 knots highlights its suitability for both rapid deployments and in-depth maintenance scenarios, while accommodations for 76 personnel ensure that operational teams are well-supported during missions.
Delivery Timeline and Previous Achievements
Slated for delivery in September 2029, this vessel represents a continuation of CDPLC’s track record in successfully delivering similar projects. Notable recent completions include the KDDI Cable Infinity, a 113-meter cable-laying vessel for Japan, and the Sophie Germain, also a 100-meter vessel delivered to France in 2023. CDPLC continues to expand its portfolio, having secured contracts for two additional cable-laying and repair vessels for France, scheduled for delivery in March 2028 and January 2029.
Global Marine Systems has described the new vessel as a ‘next-generation cable maintenance vessel’, reflecting a growing emphasis on advanced technology to meet the needs of fibre optic submarine cable repair operations. These developments underscore the vital role that cable repair vessels play in sustaining global communications networks and the increasing demand for advanced maritime solutions.
Conclusion
As CDPLC forges ahead with this latest project, it not only strengthens its position in the global maritime industry but also enhances the operational capabilities available for maintenance of critical undersea infrastructure. The construction of this cable repair vessel represents a promising step towards addressing the challenges of modern telecommunications within the maritime sector.