Archie’s student has long dreamed of sliding under water at the speed of its inhabitants, and although underwater satchels already exist, they are either equipped with motors, or slow, or too heavy. And almost all known devices are quite expensive. So the guy developed and successfully tested his own version of the underwater jetpak.
Draivin planned to use the usual hydroreactive engine, reduced to the dimensions of the backpack. However, this idea soon had to abandon. Instead, Archie developed the latest type of motor, which has already patented. So the details of the development are kept secret. The device includes 45 elements obtained exclusively by the 3D printing method. So even the impeller engines printed by Amsterdams 3D Hubs made of carbon powder were created. Therefore, they are especially strong. To control the gadget, you need a special portable remote control, but the basic maneuvers are performed by the diver using body tilts.
The device is called Cuda and, if the author finds investors, it may well be on store shelves.
What is the margin and the maximum speed for CUDA is still unknown. But the author of the project is satisfied with his own results. Archi Pravyen personally checked the satchel in the pool and in open water. It remains to organize a commercial structure for the release of the device. Most likely, they will start selling CUDA in a year.
Source: DigitalTrends.com
Archie’s student has long dreamed of sliding under water at the speed of its inhabitants, and although underwater satchels already exist, they are either equipped with motors, or slow, or too heavy. And almost all known devices are quite expensive. So the guy developed and successfully tested his own version of the underwater jetpak.
Draivin planned to use the usual hydroreactive engine, reduced to the dimensions of the backpack. However, this idea soon had to abandon. Instead, Archie developed the latest type of motor, which has already patented. So the details of the development are kept secret. The device includes 45 elements obtained exclusively by the 3D printing method. So even the impeller engines printed by Amsterdams 3D Hubs made of carbon powder were created. Therefore, they are especially strong. To control the gadget, you need a special portable remote control, but the basic maneuvers are performed by the diver using body tilts.
The device is called Cuda and, if the author finds investors, it may well be on store shelves.
What is the margin and the maximum speed for CUDA is still unknown. But the author of the project is satisfied with his own results. Archi Pravyen personally checked the satchel in the pool and in open water. It remains to organize a commercial structure for the release of the device. Most likely, they will start selling CUDA in a year.
Source: DigitalTrends.com