Perendev?

[Gregory]

The simple experiment:

Immagine 4mm thin, 20mm long, and 10 mm wide block magnets for example. Oriented through thickness. Apply some magnets on a flywheel, with a constant degree, approx between 40 and 45 degree to the axle.

Take two same magnets in your hands, these are the stators. Place one with its smallest surface near to a rotor magnet, with a chosed air gap. The rotor begin to attracting with its smallest side to this magnet?s smallest side, and stops when reaches the lock point. Now use the other magnet in your hand, close to another rotor magnet, but at this time use the greater sides of the magnets. When you close enough, the rotor break free from the lock point, and turn some degree to the next lock point. Thats all.

The importance of this experiment is the difference of the sides, and the distances between the magnets. I measured 0,4 mm air gap between the attracting magnets (lock point), and 12 mm between the repelling magnets (work point). This means it is possible to place the stator magnets outside of the circle of the rotor, whilst it is rotating. When you use repulsion against repulsion, the effect become more stronger, and the difference of the distances are bigger.

Larger surfaces = more magnetic flux / strenght
Smaller surfaces = less magnetic strenght.

Use more forces (stronger) against less forces (weaker). One force act in one direction, and the other in the another.

[hartiberlin]

Here is a rebuild Perendev magnetmotor
to be seen, that is not working:

http://video.google.com/videoplay?docid=6189540769300973039

[Omnibus]

Greg & Gregory, this is obvious. However, how do you make the rotor turn continuously? There must be some peculiar disposition of the stator magnets to always produce a net force acting on the rotor which would cause it to spin.

[Gregory]

Yes, Stefan. I also saw that video.
But read this article: http://pesn.com/2006/02/10/9600233_Calloway_Magnet_Motor_Open_Source/

Don't forget. That replication is partly based on Calloway's suggestion, and other ideas. And Calloway was a cheater in this case, and Allan don't know exactly what is the magnetic setup. And because they are don't know, they use wrong setup.
No one known, except Mike Brady, and maybe few more persons.
When you see the better quality (the shorter) Perendev video, you can see the motor operate by only repulsion. Just go, and see the starting of ther rotor, and see again...

Omnibus. Name me Greg.
Yes, this is obvious, but more important than obvious. Most of the working things are very simple.
Disposition not help you anyway. Because one time help, but after its always not. I know, I drawed more than 50 geometrical setup in the past months, and disposition not helps.
But I think the locking stator and the working stator can be the "same". Every stator magnet are lock point and work pont in one form, but not the same time. They are change their function.

[Omnibus]

But I think the locking stator and the working stator can be the "same". Every stator magnet are lock point and work pont in one form, but not the same time. They are change their function.

Greg, but doesn?t this mean that it is the disposition that plays a role?