With only 17 years, the American student Cooper Taylor has achieved what many professional engineers take years to achieve, develop a vtol drone (vertical take -off and landing), fully functional, Designed and built by himself using 3D printing technology.
This creation not only stands out for its functionality, but also for its low cost, since it costs up to five times less than other similar commercial drones. This 3D printed drone has aroused the interest of the Department of Defense and the US Navy, who have already rewarded their talent.
Cooper’s story is a sample of how technology is increasingly accessiblesuch as 3D impression and microcontrollers, and can democratize innovation, even in sectors such as unmanned aviation.
A designed and printed drone and scheduled from scratch
This type of Dron Vtol is usually reserved for companies with high budgets or government organizations, but the Taylor prototype shows that The development of efficient and functional home drones is already available to any young man with initiative, time and knowledge of basic engineering.
One of the most striking aspects of the project is that the young man has not limited himself to assembling prefabricated pieces. You have designed from scratch all the parts of the drone, using 3D modeling tools and then print them, he explains Business Insider.
He has also scheduled the flight control software and manually welded the circuit plates, demonstrating an integral vision of technological development that goes from mechanical design to electronic control.
Each of the six versions that it has built has served to polish errors and improve the stability, efficiency and resistance of the device. This has achieved a model that is not only functional, but is also much cheaper than traditional drones.
Business Insider
His invention has earned him a scholarship of $ 8,000 granted during the Youth Symposium of Sciences and Humanities, an event promoted by the US Department of Defense. He has also been awarded another $ 15,000 scholarship by the US Navy.
Although he is still a student, his work has already captured the attention of institutions that traditionally invest in technological innovation and defense. This recognition is not only an economic support, but also an entrance door to more advanced projects in the future.
As technologies such as 3D printing, low -cost sensors and artificial intelligence become more accessible, projects such as Cooper Taylor can mark a before and after in the way we design and build unmanned aircraft.
Taylor’s case is one more proof that innovation does not always need large laboratories or millionaire budgets. With access to educational resources, free software and accessible technologies such as 3D impression, today’s young people can experience, make a mistake at a surprising pace.
This is changing the rules of the game in fields such as robotics, aeronautics or even defense.
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Tags: drones