Working Magnetic Motor on you tube??

[Craigy]

just put a stator in on my rig but with 3mm bearings top and bottom. What a difference, So quiet !!! lol

[CLaNZeR]

@ClaNZeR,

Just to make it clear?the blue curve is the wind down curve with dampers while the red is without, correct? Is the lone stator latched in both cases? Also, is the hitch between 150 and 200 rpm always reproducible?

Yep correct bot single stator with AGW Latch. Red with No dampners and Blue with Dampners.
Both latched into AGW at approx 360 RPM

I should add, I think the effect is greater than the one shown because you have to shift the red curve slightly to the left. The two wind down curves have to start from the same rpm. It?s interesting that the effect (aside from the mentioned hitch) kicks in at about 400rpm which is about the rpm where the acceleration appears in the video.

They are both close to their starting points but as you can see the Blue line shows the dampners have a effect without AGW as well.

Cheers

Sean.

[ken_nyus]

On detail I would like to point out to the replicators...

Al was quick to point out that the rotor magnets are in one plane, the top of the stator magnets are at a height that begins at the bottom level of the rotor magnets (so the stator magnets are at a plane just below the rotor mags - maybe 0.5" above the base), and then the top of the dampers are at a level just below the stators (this would put them basically sitting down on the base).

I have parts and materials, but no rig to play with, so all I can do is just sit back and pick at the details, but I hope this helps someone.

Most of the replications I see have the rotor mags and the stator mags in one plane, and no dampers involved.

[Carl.]

Maybe a vitual elipse in the mag field is what is required? I pointed this out in previously and no one really paid much attention, could the rotor magnets be slightly off center and this cause an slight field anomally which would interact with the stators and the dampers?

Take a look at Al's video again, note how the rotor mags in a couple of places look like they are off center just a bit, what if 2 of them are shifted slightly closer to one side to increase the field interaction? A magnet on the opposite side (180 degrees) is also shifted to compensate for the weight imbalance so we would have the ns-sn-ns pattern but in 2 places we have a stronger repelling field and in 2 other places a weaker one. could this provide the oscillation that is sought?

Just a thought I had. Maybe someone can test this theory if they like.

[magpower]

Just a Thought if Sean has contact with AL. Could he lay the rotor on photo copy machine and fax a layout. Then we know for sure if there was any error's in milling. Update with Me still waiting for parts and you guys are doing a great job

Wayne