The CUDA Jetpack Pushes Users Forward Underwater
Justin Lam — July 12, 2018 — Unique
Visions of the future often include people traveling around in jetpacks and thanks to the CUDA jetpack, this future may not be too far off. To be fair, the jetpack can't quite get people flying through the air but it does allow users to propel themselves through the water at about eight miles per hour. Created by British University student Archie O'Brien, a functional prototype of the CUDA jetpack took just a single year to design and build.
According to O'Brien, his creation was quickly realized thanks to dozens of 3D-printed components that could be modified and reprinted easily as the CUDA jetpack was further refined.
Much like a jet ski, the CUDA jetpack works by sucking in water and blasting it out the back at higher speeds. However, a key innovation applied to the CUDA allows the device to feature a more compact propulsion system that doesn't sacrifice any power.
According to O'Brien, his creation was quickly realized thanks to dozens of 3D-printed components that could be modified and reprinted easily as the CUDA jetpack was further refined.
Much like a jet ski, the CUDA jetpack works by sucking in water and blasting it out the back at higher speeds. However, a key innovation applied to the CUDA allows the device to feature a more compact propulsion system that doesn't sacrifice any power.
Trend Themes
1. 3d-printed Jetpacks - The development and use of 3D-printed components in jetpack design allows for easy modification and refinement.
2. Underwater Propulsion - The CUDA jetpack showcases the potential for compact underwater propulsion systems.
3. Personal Watercraft Innovation - The CUDA jetpack's innovative propulsion system opens up possibilities for advancements in personal watercraft technology.
Industry Implications
1. Aerospace - The aerospace industry can explore the use of 3D printing technology to create lightweight and customizable components for jetpacks.
2. Marine - The marine industry can leverage the underwater propulsion capabilities of the CUDA jetpack for applications in underwater exploration and recreation.
3. Recreational Equipment - The recreational equipment industry can incorporate compact propulsion systems inspired by the CUDA jetpack into water sports equipment, such as jet skis and personal watercraft.
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