This is why my magnet motor projects doesn't work

[Low-Q]

Now I connected a long rod to the rotormagnet.
Let me describe the problem before I make a video.


Use the drawing above as reference.
To keep the rotormagnet in the same direction during the cycle,
they must be forced in the opposite direction of the rotors
desired rotation. This applied torque will therefor countertorque the rotor.
Say the rotor is suppose to go clockwise.
Then there must be applied a counterclockwise
torque to the rotormagnet to keep it in position.
This will balance the two forces, and the rotor will
not run.


However, if the rotor is stationary and the stator is
rotating, the stator will go counter clockwise
if I align the rotormagnet by hand - by turning it around
with the rotatong stator.


If you guys ever find a way to eliminate the countertorque
From the rotormagnet, you got yourself a running permanent
magnet motor :-)
I doubt it's possible, but if you manage to do this, the history-
books must be rewritten...

[Low-Q]

Tomorrow I will build a new one. Similar to the one in the drawing.
I can see now that the countertorque from holding the
magnets in right orientation as shown in that drawing,
appears to be taken care of already.
I suddenly got confused, so to analyze this in detail, I need hands on experience.


Vidar

[Low-Q]

https://youtu.be/qLA4yQIpG3o


Here is a video. Maybe you understand better what I have been trying to explain.


Vidar

[Low-Q]

Printing out new parts.
Stator will have 20 pcs 25mm x 6mm neos.
The rotor was printed in one piece including the magnet compartments.
One broke because the first printed layer merged it with the main rotor. Got to print that one piece separately.
The stator is finished in 1 hour from now.
Then, tomorrow I continue with the other parts.
Then I assamble all parts, and see what happens.
Probably nothing will happen. It always doesn't.


Vidar

[Low-Q]

Almost finished. Did a quick test, but the neos are very very strong so it is impossible to demonstrate without damaging the relatively fragile parts.
I will first remove the rotormagnets which is 4pcs 25mmX6mm on each of the two arms
No magnets on the other two yet.
Then make an adapter so I can use a small stack of 10mmX2mm magnets instead.
Some photos :-)
To be continued.


Vidar