Sounds like the future is here, doesn’t it?
This was a 10-minute flight by a drone which covered 2.8 miles to deliver a kidney. And it won’t be the last time that this thing is happening. The success, the life saved, shows that this technology is going to last for long. Even now, drones deliver many medical supplies to African nations and Rwanda and the Pacific island nation of Vanuatu. Now, organ-supplying drones are taking off in US soil. Soon, maybe the globe.
There are many remote areas which do not have the benefit of organ transplant due to lack of accessibility. Now, according to a transplant surgeon, Joseph R. Scalea, who was the leader behind this project, accessibility would be easier and costs will diminish too. Sounds like a win-win situation.
This drone flight was planned for about 3-years under the collaboration of researchers, aviation experts, engineers and doctors from an organisation based in Baltimore, Living Legacy Foundation of Maryland and the University of Maryland Medical Center. According to Robert Graboyes, who is a senior fellow at the George Mason University in Arlington in Virginia, this was a spectacular achievement.
But the flight was ‘life’ for the Baltimore resident Trina Glipsy who had the transplant. She has passed about 8 years with dialysis and seen people die because of kidney failure. For her, the drone was magic.
Organ transplantations are very sensitive and if an organ has been taken out, it must be replaced immediately. Accessibility becomes an issue and even if the place is accessible, it takes time to transport an organ across the streets. Helicopters have limitations too. Charters are very expensive and transportation through commercial airlines is extremely slow. Drones can decrease the time consumption during transit by about 70%.
And that’s a miracle for some.
After childbirth, when a mother is haemorrhaging, a minute of advantage could give her life. Drones can be just the thing for them.
The autonomous drone is not something used as a hobby – it is specialized to carry nested boxed with organs and the eight-rotor drone has powerful batteries and communication gear to keep things lifted up. They are also fitted with a parachute so that they don’t come crashing down when there is any kind of malfunction.
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A new system was created while considering the regulations of FAA so that the drone was capable of carrying the organ safely, hover overpopulated area and have active communication systems in it. Every part of the journey is critical for the life of the patient. But there is hope that once this system becomes properly activated, we can have the drone flying with organs in fairly populated areas.