Over Powered Desk Fan Build (Full Build)
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- Опубликовано: 11 сен 2024
- Hello RUclips,
Back at it again after a while and yes I'm still alive, and now I'm here with a new project/learning experience for myself and hopefully you too. I want to teach myself how to use CAD Software and a 3D printer in order to build some projects in the future. As most know the channel is mostly solar and electronics based for the most part but I would like to build some of my own projects and that requires some hard/custom parts to keep the builds going.
So keep an eye out there's a heck of a lot coming out .
Thanks For Watching
Leave a Comment to help me out with CAD/Onshape if you see any areas I need help in.
In this video, I'm going to show you how to build an over powered Desk Fan using 3D printing. This fan is going to be powerful and efficient, perfect for cool down or stress relief!
If you're looking for a fun project to work on in your spare time, or you just want a powerful fan for your desk, then watch this video and build your own over powered Desk Fan! It's a fun and easy project that you'll love!
(This Is What I Used On This Build)
Motor : amzn.to/3R8Tng6
Motor Controller : amzn.to/3P9GsI1
Hub For Fan : amzn.to/3EvaVLM
3d Printer Used : amzn.to/3Liom5t
Fun project. I like that you linked all the parts in the description. That blade angle seems really steep. If you reprint the fan part with a blade angle closer to 45 degrees-- even if that means reducing the number of blades-- I think you'll find it pushes alot more air in the axial direction (through the fan case, as you'd want) rather than just spiralling the air radially inside the case (wasted energy).
Yeah I definitely shot from the hip on the angle for sure. But it does work reasonably well for a first try. It does use a lot of energy. I'll try 45 degrees and post the results. Thanks for the input.
Yo 150W, wow I never expected 3d printed parts handle that much stress
Oh yeah I didn't believe it myself. I have a 26 inch box fan and it doesn't even pull 100W on high.
Propeller shape looks like extremely uneffective. It should be throwing air by sides much more than forward so, as it's in such square case, it's quite noisy. Such things it would be better to simulate in some fluid mechanics software. And roughness of the surfaces plays a big role too. Look how even cheap fan's blades smooth.
Oh the fan blade is definitely not effective. Angle is off for one. But does move air through the case pretty good. Buffering sound definitely could be reduced by making blade edges thinner and changing the angles. I'm working on another blade design for an upcoming video.
@@OperationCamp I would definitely like to see your progress with it.