Working Magnetic Motor on you tube??

[schoolboy2000]

Grimer,

It wouldn't be anonymous if I witnessed it, I'd obviously disclose, although that won't drive away the skeptics, it's more of an offer to satisfy my own curiosity and "maybe" provide some support. But, it's more than any other video or projects have provided since none of them that I've seen have any witnesses or after the fact confirmation.

[CLaNZeR]

Mark received correct magnets today and installed them and has been testing for several hours, but has not had any self running indications so far. This is what we all need to replicated the results seen on the original and only video shown on Youtube.
Butch LaFonte

Hi Butch

Could you let Mark know that his Spam Filter on his Email is stopping me from replying to him.
The emails I send just get bounced back.

Cheers

Sean.

[JAG]

posted at the Steorn forum

CommentAuthoroldHorseface CommentTime1 hour ago edited  permalink
I have build a quick and funky new system where I get a short burst of acceleration, then a sustained speed for 10 seconds, then it slows down to stop in 20 seconds.
My stator is the same one from my Lego setup, but my rotor is 12" in diameter with 12 magnets facing outward alternating north-south. (unlike the OCAL system or my last Lego setup)
I think if anyone is getting AGW lock, you got it happening, you just need to reduce friction and tweek your alignment.
As AL said, the distance between rotor and stator is citical and different for every type of system. Anyone building a test jig should make that distance variable.
I am going out to Burbank tomorrow to get more magnets (disc neos) and try some more things.
I have seen energy from permanent magnets! I think I'm going to cry.

[xumed]

CommentAuthoroldHorseface CommentTime1 hour ago edited  permalink
I have build a quick and funky new system where I get a short burst of acceleration, then a sustained speed for 10 seconds, then it slows down to stop in 20 seconds.
My stator is the same one from my Lego setup, but my rotor is 12" in diameter with 12 magnets facing outward alternating north-south. (unlike the OCAL system or my last Lego setup)
I think if anyone is getting AGW lock, you got it happening, you just need to reduce friction and tweek your alignment.
As AL said, the distance between rotor and stator is citical and different for every type of system. Anyone building a test jig should make that distance variable.
I am going out to Burbank tomorrow to get more magnets (disc neos) and try some more things.
I have seen energy from permanent magnets! I think I'm going to cry.

The burst of acceleration, is that just the stator magnet ?

If it is this would be expected until the stator speed matches the rotor speed (probably by the ratio most mention of 1:4). Spinning the stator AGW fast enough gets it going inphase and latching in AGW rotation, then it would accelerate under the force of the rotor magnets until it reaches a stable speed.

What would be really interesting is if the rotor was seen to accelerate more so than the stators.

[Rosphere]

Does anyone have any thoughts about the following detail that I noticed in Al's video:

At the point when he stops the two 'coasting' stators with his thumbs, I noticed that one happens to stop with its white-half towards the rotor while the other happens to stop with its black-half towards the rotor.  Then we hear it accelerate.  Then he lets go.

I expected to see the stators start spinning again.  Maybe the rotor was moving too fast.  The stators just sat there, with one exception; the 'black-half in-facing' stator does not move, while the 'white-half in-facing' stator slowly rolls over 180 degrees and stops to present its black-half towards the rotor, making two 'black-half in-facing' stators.  The rotor is balanced magnetically, what is causing this bias?

Ponder that while I slave away for the man all day.