NASA BVLOS Trial Successfully Delivers Human Kidney by Drone
The United Network for Organ Sharing (UNOS), NASA Langley Research Center, and LifeNet Health completed a BVLOS drone delivery of a human kidney on June 5. Preliminary results show no adverse effects on the organ from the approximately 15-minute flight. The three organizations will continue evaluating drone-based organ transport in real-world operational environments.
Highlights
- On June 5, UNOS, NASA Langley Research Center, and LifeNet Health completed a BVLOS drone delivery of a human kidney, with the flight lasting approximately 15 minutes.
- Preliminary results showed no adverse effects on organ integrity, based on biopsy examinations conducted before and after the flight.
- Temperature, pressure, and altitude were continuously monitored throughout the entire flight to ensure organ safety.
- The kidney was donated for research by a donor family through LifeNet Health after it was deemed unsuitable for transplantation.
- The three organizations will next evaluate drone organ transport in operational settings, including routes between hospitals and airports.
NASA BVLOS Trial Successfully Delivers Human Kidney by Drone
Researchers from the United Network for Organ Sharing (UNOS), NASA Langley Research Center, and LifeNet Health have successfully completed a beyond visual line of sight (BVLOS) drone delivery of a human kidney, marking a significant milestone for the emerging use of unmanned aircraft in organ logistics.
Significance and Objectives
UNOS stated that the flight test, conducted on June 5, demonstrated the potential of drone technology for future organ transport. The initiative aims to improve transport reliability, reduce transit times, and ultimately help more patients in need of organ transplants receive life-saving care.
Trial Procedure and Monitoring
Throughout the trial, the research kidney underwent biopsy examinations both before and after the flight and was placed on a preservation pump to assess whether drone transport affected organ integrity. During the approximately 15-minute flight, temperature, pressure, and altitude were monitored continuously.
Preliminary results indicated no signs that the flight caused any adverse impact on the organ. The kidney used in the trial was donated for research purposes by a donor family working with LifeNet Health, after the organ was determined to be unsuitable for transplantation.
Next Steps
UNOS, NASA, and LifeNet Health will collaborate to further evaluate drone-based organ transport in real-world operational settings, including the delivery of research organs between hospitals and airports.
Image credit: NASA Langley Research Center (NASA)
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