The SMOT (PM3.2)

[hanglow]

I did try puting some magnets on the metal plates it just made it more stick more. I may try replacing the metal plates completely with magnets.

[hartiberlin]

@hanglow
you need to put additionally a shielding iron piece on every magnet rotor magnet.
Otherwise you will have too much cog and attraction forces to the stator metals !

Try asymmetrial "L" shaped iron core pieces to add to each magnet.
Play with the thickness of the iron pieces.

Have a look at the Helmut Goebkes permanent magnet motor.
It describes a working principle.

Regards, Stefan.

[Low-Q]

I did try puting some magnets on the metal plates it just made it more stick more. I may try replacing the metal plates completely with magnets.

Get rid of the metal, and attach magnets in the same size with the correct polarity inwards. Cogging btw. is just a result of uneven forces around the wheel, but should never be a hindrance to rotation as long there is more force than counterforce.


Br.

Vidar

[Paul-R]

Have a look at the Helmut Goebkes permanent magnet motor.
It describes a working principle.
Regards, Stefan.

Wow! So, that was his name. I have been trying to track that for a while. Here is a selection of stuff:
http://tech.groups.yahoo.com/group/free-energy/files/goebkes%20magnet%20motor/
Nice one, Stefan.
Paul.

[hanglow]

Wouldn't I get the same effect of iron if I just moved the metal stator's further away? I have tried some other models of motor's as well and it seems to me that there is always a sticky place. I think it may need to be un-symetrical in design.