Air Force Tests Next-Gen Medical Transport and Energy Systems in Maryland

The U.S. Air Force Medical Command is advancing its field medical capabilities with a series of tests aimed at strengthening mobility and energy independence in future conflict zones. Conducted at Fort Detrick and Greenbrier State Park in Maryland, the evaluations focused on two technologies that may transform expeditionary care: the Silent Tactical Energy Enhanced Dismount (STEED) for patient transport and a solar-powered canopy system for off-grid medical operations.

STEED, a solar-electric, heavy-payload cart, is designed to improve casualty evacuation in austere environments by easing the physical burden on medical teams and navigating rough terrain. A five-member team led by Air Force Lt. Col. Alexander Ford performed a 15-mile endurance test simulating aeromedical evacuation. The system was assessed across multiple conditions to verify its reliability in meeting the Pacific Air Forces’ standards for rapid and efficient patient movement during high-intensity operations.

Meanwhile, the Air Force Medical Command’s A5T operational test team also examined a solar canopy system intended to provide sustainable energy for mobile medical units. The testing at Fort Detrick included setup integration with TM-60 tentage and performance analysis under dual power modes—solar and generator.

These energy solutions are aligned with the Agile Combat Employment model, ensuring forward-deployed units can operate independently of traditional base support. The solar canopy system is vital for powering essential medical tools, from blood storage to sterilization equipment, enabling continuity of care in remote or contested regions. Together, these efforts reflect the Air Force’s ongoing investment in technology to enhance battlefield medical readiness and sustainability.

Article by multiple RFHC contributors, based upon information from a U.S. Air Force Medical Service press release

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