![]() ![]() But with all the testing i have done on this rig, not even a drop comes out. This has been a steep learning curve as i have on several occasion had the flange on different designs fail spectacularly. I have several output "nozzles" that will fit this flange i've designed. ![]() This is where all the magic happens, the water is compressed slightly (form 70mm to 60mm), the turbulance is taken out (tried) and has a few key features like 2 water suction inlets for removing water from inside the vessel (also has inbuilt check valves for safety) and a water inlet to cool the motors water jacket. The design is made with 3 parts inlet, middle zone and the outlet. This another several iterations later from my original design (2013), ive worked on this on and off for a long time and its finally needs to be put to rest.Īll design work is done in AutoCAD but recently i have redrawn it in Fusion360 to take advantage of simscale integration to play with their CFD. This jet drive can produce a flow rate roughly 1000 L/m providing you can give it enough juice ![]() This Water Jet Drive has been developed for a large sized boat, kayak, surfboard etc. ![]()
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