I Doubled the Power of My Tiny 3D Printed Blower

I upgraded the motor in my DIY turbo blower and the performance jump was way bigger than I expected.

Using the exact same housings from my previous designs, I tested how much difference a stronger 280 motor could make compared to the original 130 motor setup. The results completely changed how these blower designs behaved.

In this video I test:

* Sawdust push distance
* Smoke pull / airflow visualization
* DIY water column pressure testing
* Static vs dynamic pressure behavior
* V1 vs V2 blower housing performance

The goal of this project is to create a compact blower system for clearing dust off work surfaces and eventually ventilating solder fumes without needing a huge leaf blower or compressor setup.

This build uses:

130 DC motor (3V) https://amzn.to/4mCSDgR
280 DC motor https://amzn.to/49NTYfA
18650 lithium battery https://amzn.to/489lTGb
1S BMS (USB-C charging) https://amzn.to/4sMG8B1
DC motor speed controller https://amzn.to/4cl4dtI
3D printed blower housings FILLIMENT https://amzn.to/3QMb8n4

One design feels more powerful.
The other creates a much better vortex.

And the data ended up surprising me.

#3dprinting #engineering #diy #maker #electronics #airflow #blower #testing #prototype

Видео I Doubled the Power of My Tiny 3D Printed Blower канала Fancy Pants Printing