We produces research and development of underwater drones on 3D printing technology. In our developments we use only 3D printing technology for optimal production process. In the details of our drones we use composite plastic with the addition of carbon fiber. The main task of our drones is to obtain information in the aquatic environment for further analysis and study. Our drones can be used for the following purposes.Engine WaterJet possible to install on underwater drones and water drone. link to 3DP model - https://www.cgtrader.com/3d-print-models/hobby-diy/mechanical-parts/underwater-impeller-motor-for-3d-print
The website is down, and the 3DP files don't seem to be available. I think this would make a fantastic bow thruster for smaller boats, or an excellent option for electric kayak. Are the files still available?
What's the targeted depth? I am very interested in 150m operation depth with at least 30m margin (max 180m) or 100m operation depth with at least 20m margin (max 120m).
Certainly looks very cool. Are there any numbers on thrust? Is the performance actually improved by the "jet" design versus just putting a prop on the bare motor?
The website is down, and the 3DP files don't seem to be available. I think this would make a fantastic bow thruster for smaller boats, or an excellent option for electric kayak. Are the files still available?