Homopolar with only permanent magnets, and no battery?

[Low-Q]

Finished the rotor assambly. Next is to make the stator.


Rotor consists of 12 small neos, measuring 10mm in diameter, 2.5mm thick.


Stator consists of two discs with 14 neos each. This stator will be finished today.


Vidar

[pemox1]

Nice work, but please be careful.
There are closed rings in the schematic - you take a lot of single discs instead.
Maybe this could effect your draft.
Anyhow, good luck

[Low-Q]

Nice work, but please be careful.
There are closed rings in the schematic - you take a lot of single discs instead.
Maybe this could effect your draft.
Anyhow, good luck

Thanks 


I do not have single discs, so I need to do the best out of the number of small magnets I have. The arrangement will be coggy because the fields aren't distributed homogeniously like the rings does, but there stops the general difference. The magnetic fields mainly behave like discs, but will cause cogging.


I do this to learn and "feel" physically how the rotor rings behave inside, and between, the stator magnets. I have, however, no genuine hope that this will work as a magnet motor, because I have fell into so many pits before. There is allways something I have missed out in the idea that nature loudly reminds me on.
So I am 100% into learning why it cannot work - so I can educate others who struggle with concepts versus practical use. It would be a great and positive surprise if it works, but I have given up hopes 


Vidar

[Low-Q]

Some progress

[Low-Q]

I had to abort the production of stators. Didn't think off that the rotor "shaft" had larger diameter than the hole in the stator. Also, the magnets does not fit tight.


I corrected the issues and start over. More updates tomorrow.