High-Fidelity Canine Trauma Simulator Design & Assembly

The contract seeks a small business to design, engineer, and assemble a high-fidelity canine trauma simulator tailored for military veterinary training, featuring articulated joints, realistic palpable anatomy, and simulated physiological responses to replicate battlefield injuries. The system must provide lifelike tactile feedback and dynamic physiological reactions to enable trainees to practice triage, surgical intervention, and emergency care under realistic conditions, without reliance on live animals. The project requires deep expertise in biomechanical modeling, medical simulation technology, and veterinary anatomy to deliver a robust, durable training tool that meets military standards for realism and reliability. Performance is required at Camp Douglas, Wisconsin, with a response deadline of July 27, 2026, and the procurement is structured as a total small business set-aside under FAR 19.5, ensuring exclusive eligibility for small businesses certified by the SBA. The NAICS code 339113 categorizes the effort under Medical Equipment and Supplies Manufacturing, reflecting the technical sophistication and specialized manufacturing capabilities needed. This contract supports the Department of Defense’s mission to enhance veterinary readiness in deployed environments by providing advanced, safe, and repeatable training infrastructure for military veterinary personnel.