High-Payload Hexapod Motion Platform Supply

The contract calls for the supply of a custom-engineered hexapod motion platform designed specifically to simulate ship dynamics for testing unmanned aerial systems, with a focus on high-precision closed-loop control and environmental resilience rated to IP65. The system must deliver accurate and repeatable six-degree-of-freedom motion to replicate maritime conditions under controlled laboratory settings, enabling realistic performance evaluation of UAS in shipboard launch and recovery scenarios. High payload capacity is essential to accommodate the weight and size of operational-grade UAS and associated sensor payloads, requiring a robust mechanical structure and advanced actuators capable of sustained high-load operation without performance degradation. The solicitation is issued as a subcontract under the National Research Council of Canada, part of the Government of Canada, and is tied to the NAICS code 333921 for other commercial and industrial machinery manufacturing. The response deadline is set for July 10, 2026, with the platform to be delivered and deployed within Canada. While specific location details are not provided, performance is expected to occur within the Canadian jurisdiction, aligning with national defense and research testing requirements. The emphasis on IP65 certification ensures the system is protected against dust and water ingress, making it suitable for use in simulated harsh maritime environments, and the closed-loop control system must offer real-time precision and stability to support high-fidelity data collection for UAS validation.