IDEA Factory

Research Spotlights

The First Piloted Hydrogen Helicopter

Students in the IDEA Factory are performing hydrogen helicopter research on advancements in hydrogen helicopter flight for critical organ delivery. Adjacent to the IDEA Factory is the Electric Aviation Laboratory in the Kim Engineering Building.

The Rothblatt grant from Unither Bioelectronics, a subsidiary of United Therapeutic Corporation, funds research to support the development of a certifiable, zero-emissions, hydrogen powered fuel cell helicopter, with a range of 200 nautical miles carrying critical life-saving organs, medical equipment, and personnel, up to two passengers including a pilot.

This AGRC-Unither collaborative program allows academic research to be scaled up and implemented on Unither’s full-scale aircraft and flight test data from the full-scale aircraft to revise, refine, and re-direct academic research. 

On March 27, 2025, at Roland-Désourdy Airport in Bromont, Québec, Canada, Unither pilot Ric Webb lifted a proton exchange membrane fuel cell powered helicopter—supplied with hydrogen from a 700-bar gaseous tank—into its maiden test flight lasting three minutes and 16 seconds. This was the first piloted Hydrogen Helicopter.

Flying in Extreme Environments

Military helicopters must land on ships moving through massive ocean waves, while Mars helicopters must navigate the ultra-thin atmosphere (1% air density of Earth) and gravitational environment. Tackling these extreme flight conditions requires advanced technologies—and engineers with the skills to design, build, and test them.

At the IDEA Factory, AGRC students and faculty use rotor rigs, motion platforms, a UAS systems flight facility, and computational fluid dynamics with high-performance computing, including AI/ML and quantum technologies, to investigate these challenges.

Graduate students are designing and fabricating ultra-thin rotor blades for the low-density Martian atmosphere, developing autonomous systems for landing aircraft on moving ship decks, and conducting experimental and computational research to advance the next generation of rotorcraft.