17-Year-Old Student Builds 3D-printed Drone In Garage, Interests DoD and MIT (yahoo.com)
(Sunday June 15, 2025 @11:34AM (EditorDavid)
from the droning-on dept.)
- Reference: 0178051875
- News link: https://tech.slashdot.org/story/25/06/15/0148202/17-year-old-student-builds-3d-printed-drone-in-garage-interests-dod-and-mit
- Source link: https://www.yahoo.com/news/17-old-designed-cheaper-more-114901342.html
"Cooper Taylor is only 17 years old, but he's already trying to revolutionize the drone industry," [1]writes Business Insider :
> His design makes the drone more efficient, customizable, and less expensive to construct, he says. He's built six prototypes, 3D printing every piece of hardware, programming the software, and even soldering the control circuit board. He says building his drone cost one-fifth of the price of buying a comparable machine, which sells for several thousand dollars. Taylor told Business Insider he hopes that "if you're a first responder or a researcher or an everyday problem solver, you can have access to this type of drone."
>
> His innovation won him an $8,000 scholarship in April at the Junior Science and Humanities Symposium, funded by the Defense Department. Then, on May 16, he received an even bigger scholarship of $15,000 from the US Navy, which he won after presenting his research at the Regeneron International Science and Engineering Fair...
>
> It all started when Taylor's little sister got a drone, and he was disappointed to see that it could fly for only about 30 minutes before running out of power. He did some research and found that a vertical take-off and landing, or VTOL, drone would last longer. This type of drone combines the multi-rotor helicopter style with the fixed wings of an airplane, making it extremely versatile. It lifts off as a helicopter, then transitions into plane mode. That way, it can fly farther than rotors alone could take it, which was the drawback to Taylor's sister's drone. Unlike a plane-style drone, though, it doesn't need a runway, and it can hover with its helicopter rotors.
Taylor designed a motor "that could start out helicopter-style for liftoff, then tilt back to become an airplane-style motor," according to the article.
And now this summer he'll be "working on a different drone project through a program with the Reliable Autonomous Systems Lab at the Massachusetts Institute of Technology."
Thanks to Slashdot reader [2]Agnapot for sharing the news.
[1] https://www.yahoo.com/news/17-old-designed-cheaper-more-114901342.html
[2] https://www.slashdot.org/~Agnapot
> His design makes the drone more efficient, customizable, and less expensive to construct, he says. He's built six prototypes, 3D printing every piece of hardware, programming the software, and even soldering the control circuit board. He says building his drone cost one-fifth of the price of buying a comparable machine, which sells for several thousand dollars. Taylor told Business Insider he hopes that "if you're a first responder or a researcher or an everyday problem solver, you can have access to this type of drone."
>
> His innovation won him an $8,000 scholarship in April at the Junior Science and Humanities Symposium, funded by the Defense Department. Then, on May 16, he received an even bigger scholarship of $15,000 from the US Navy, which he won after presenting his research at the Regeneron International Science and Engineering Fair...
>
> It all started when Taylor's little sister got a drone, and he was disappointed to see that it could fly for only about 30 minutes before running out of power. He did some research and found that a vertical take-off and landing, or VTOL, drone would last longer. This type of drone combines the multi-rotor helicopter style with the fixed wings of an airplane, making it extremely versatile. It lifts off as a helicopter, then transitions into plane mode. That way, it can fly farther than rotors alone could take it, which was the drawback to Taylor's sister's drone. Unlike a plane-style drone, though, it doesn't need a runway, and it can hover with its helicopter rotors.
Taylor designed a motor "that could start out helicopter-style for liftoff, then tilt back to become an airplane-style motor," according to the article.
And now this summer he'll be "working on a different drone project through a program with the Reliable Autonomous Systems Lab at the Massachusetts Institute of Technology."
Thanks to Slashdot reader [2]Agnapot for sharing the news.
[1] https://www.yahoo.com/news/17-old-designed-cheaper-more-114901342.html
[2] https://www.slashdot.org/~Agnapot
Really Cool, But... (Score:2)
This is actually really cool. It's a highly commendable achievement for a teenager.
But, I fail to see why MIT or the DOD would be interested in what is basically a RC model of a tilt rotor like the V22 Osprey.
Re: (Score:2)
They are more likely interested in the talent, not the specific thing he created. The money prizes listed are not that big when you look at the big picture of fostering and acquiring top talent.