Canadian Surface Combatant Celebrates First Visualization Suite Opening in Ottawa

Canadian Surface Combatant Celebrates First Visualization Suite Opening in Ottawa

BAE Systems was proud to open the first Visualization Suite for the Canadian Surface Combatant (CSC) officially on 26 November at its offices in Ottawa. The visualization technology will transform the way warships are designed, built and delivered for the Royal Canadian Navy. Using the technology to create a virtual prototype and “Digital Twin” enables a deep understanding of the vessel and the experience of those serving on board before manufacturing begins. BAE Systems were honoured to mark the occasion with Minister of National Defence Harjit Sajjan, and Commander of the Royal Canadian Navy Vice Admiral Art McDonald in attendance for a tour of the suite.

The technology allows a fully detailed view of the ship’s design from any angle or area with the ability to inspect and examine equipment and systems quickly and easily, a key benefit in maturing and ensuring design, and in supporting the program’s prime contractor, Irving Shipbuilding, as it plans for build. The Canadian Surface Combatant is being designed to meet Canada’s unique needs and will deliver immense economic benefits in Canada from across the program team. Our visualisation technology promotes efficiency, quality and safety in the CSC program for the Royal Canadian Navy and the Government of Canada.

The Canadian Surface Combatant team, includes BAE Systems as ship designer, Lockheed Martin Canada leading the design team and Irving Shipbuilding as prime contractor who will build the CSC at their Halifax Shipyard. Over 10,000 people are employed in Canada collectively across all the partner companies supporting the design of the Canadian Surface Combatant, with thousands more in long-term, high-value job creation. Across three Global Combat Ship programs in Canada, the UK and Australia, 3D visualization suites pioneered by BAE Systems in the UK for the Type 26 program are transforming how ships are designed.