Primer field overunity device.

[lota]

Hello, you could try. But the field is changing. You can also use a crimped disc. Can you attach the file as a stl.? Or others.
Greeting
Lota

[skywatcher]

Hello, you could try. But the field is changing. You can also use a crimped disc. Can you attach the file as a stl.? Or others.
Greeting
Lota

Here is the stl. I designed it for 10mm x 10mm magnets. I'm currently printing it, so no guarantee for nothing. 

[skywatcher]

One example for things which work in a linear arrangement, but not circular:

Take some batteries and connect them in series. You can get any voltage you want. You can also build some kind of 'electrostatic accelerator' which accelerates objects or particles (electrons) in the linear electric field. But you can not make a circular arrangement from this. Then you get a short circuit.

[Jimboot]

Hello
did you use the original files? How big are the magnets? I ordered 10x10mm and will print the shells.
Greeting
Lota
A similar project.
https://www.youtube.com/watch?v=UEc4lw1TWV4

Thanks Lota. Interesting vid. I have been reluctant to change the design of the bowl but now I've tested this https://youtu.be/d4sDhACaybA I think the next step is new bowls. My PMs are N35 and the same size as David's

[Jimboot]

One example for things which work in a linear arrangement, but not circular:

Take some batteries and connect them in series. You can get any voltage you want. You can also build some kind of 'electrostatic accelerator' which accelerates objects or particles (electrons) in the linear electric field. But you can not make a circular arrangement from this. Then you get a short circuit.

Thanks for sharing @skywatcher. I was trying to avoid this but there are too many failure points for a hubless wheel.