Uploaded May 2026 | Updated September 2026, 2 weeks ago
Join Aviation Week's Editor-in-Chief Joe Anselmo and reporter Ben Goldstein as they discuss a groundbreaking development in sustainable aviation. Ben reports from Bromont, Quebec, where he witnessed the first flight of a hydrogen fuel cell-modified Robinson R-44 helicopter developed by Unither Bioelectronics, a subsidiary of United Therapeutics.
Key Highlights:
Revolutionary Technology: Watch as this emissions-free helicopter takes flight, producing only water vapor and operating significantly quieter than conventional helicopters
Life-Saving Mission: Learn how this aircraft will support an aerial network for transporting manufactured and genetically modified pig organs between hospitals and laboratories
Technical Innovation: Discover why hydrogen fuel cells were chosen over battery-electric systems for VTOL operations, and the company's plans to transition from gaseous to liquid hydrogen for improved range
Early Adoption Use Case: Understand why medical organ transport presents an ideal testing ground for hydrogen aviation technology, where speed trumps cost considerations
Developed in partnership with Robinson Helicopter and Tier One Engineering, this project represents a significant step toward sustainable aviation solutions in the medical logistics sector.
For this article and much more, subscribe to the magazine here: sub.aviationweek.com/aviation-week-space-technology-auto-subscribe?p=W5EPICKS
Join Aviation Week's Editor-in-Chief Joe Anselmo and reporter Ben Goldstein as they discuss a groundbreaking development in sustainable aviation. Ben reports from Bromont, Quebec, where he witnessed the first flight of a hydrogen fuel cell-modified Robinson R-44 helicopter developed by Unither Bioelectronics, a subsidiary of United Therapeutics.
Key Highlights:
Revolutionary Technology: Watch as this emissions-free helicopter takes flight, producing only water vapor and operating significantly quieter than conventional helicopters
Life-Saving Mission: Learn how this aircraft will support an aerial network for transporting manufactured and genetically modified pig organs between hospitals and laboratories
Technical Innovation: Discover why hydrogen fuel cells were chosen over battery-electric systems for VTOL operations, and the company's plans to transition from gaseous to liquid hydrogen for improved range
Early Adoption Use Case: Understand why medical organ transport presents an ideal testing ground for hydrogen aviation technology, where speed trumps cost considerations
Developed in partnership with Robinson Helicopter and Tier One Engineering, this project represents a significant step toward sustainable aviation solutions in the medical logistics sector.
For this article and much more, subscribe to the magazine here: sub.aviationweek.com/aviation-week-space-technology-auto-subscribe?p=W5EPICKS
