Flight Deck Motion Simulation System Design and Integration

The contract entails the design and integration of a motion simulation system aimed at replicating the dynamic movement of a naval ship’s flight deck to support helicopter landing training. This system must accurately simulate real-world deck motions caused by sea conditions, incorporating advanced mechanical, hydraulic, and real-time control systems to ensure high fidelity and safety during training scenarios. The technology must be capable of producing realistic pitch, roll, heave, and other motion profiles that mirror the unpredictability of a ship at sea, enabling pilots and crew to develop and maintain critical landing skills under controlled but representative conditions. The project is being executed as a subcontract under the Government of Canada’s Department of National Defence, with performance anticipated to take place in Nova Scotia. The North American Industry Classification System code 333921 identifies this as a sector focused on other commercial and service industry machinery manufacturing, underscoring the specialized engineering nature of the work. The solicitation was posted on November 16, 2022, with a submission deadline of November 30, 2022, indicating a targeted procurement timeline to advance Canada’s defense training capabilities through innovative simulation technology.