Our small footprint simulator offers a revolutionary approach to occupational therapy within hospital settings. Compact, portable, and effortlessly maneuverable, this simulator redefines patient care by integrating cutting-edge driving software. Tailored for a diverse range of vehicles including trucks, heavy equipment, machinery, tractors, and even aircraft, it becomes a versatile tool for addressing the rehabilitation needs of patients with physical and cognitive injuries such as concussions, traumatic brain injuries, and strokes.

By immersing patients in realistic driving scenarios, our simulator engages both motor and cognitive functions crucial for recovery. Doctors and therapists harness biometric data provided by the simulator to meticulously analyze patient progress. This comprehensive data enables healthcare providers to tailor rehabilitation programs precisely to each patient’s needs, facilitating accelerated recovery. With our simulator, hospitals can deliver personalized care, enhancing patient outcomes and fostering a new frontier in occupational therapy.

We recognize the transformative potential of our small footprint simulator in revolutionizing occupational health education and Occupational Therapy Doctorate (OTD) programs. Students stand to gain immensely from the integration of biometric data provided by our simulator. By analyzing real-time physiological responses during simulated tasks, students gain invaluable insights into the intricate interplay between physical and cognitive functions. This firsthand understanding not only enriches their theoretical knowledge but also equips them with practical skills crucial for addressing complex occupational health challenges.