Working Magnetic Motor on you tube??

[lumen]

Hello everyone!

I don't know if I should bring a new magnet path concept in here, but I found something that seems to show some gain potential.

I was thinking of the unipolar motor and how it rotates in a single field and uses a DC current which makes a magnet from the wire. What you then have is a magnet spinning on a magnet. So why is it impossible to use a magnet to replace the battery and wire when the two of them only make a magnet?

Anyway I found a method that may be doing just that.

You can check out the video at  http://www.youtube.com/watch?v=-uPp50-wXzw

I won't be here for a few weeks so if you have any questions, sorry, I can't help at this time.

[Harvey]

Interesting Lumen,

Look foward to more on that.

[MeggerMan]

Hi Lumen,
It looks good, I wonder if the blue arm is pressing magnetically on the disc because of the table slope.
It would be good to see the arm balanced weight wize.
That does lead on to an idea for having the whipmag stator magnets offset from the axle centre slightly but dynamically weight balanced, so we get the cam effect you are seeing.

Regards
Rob

[CLaNZeR]

Final OCMPMM Replication Video from me guys.

Spent enough time on this one and time too move onto the next Project.
Will keep the parts at hand, just incase AL comes forward again or someone hits Jackpot.

One thing you learn when messing around with others FE idea's is when too move on!

YouTube:

http://www.youtube.com/watch?v=uZXX2f4-ojU

Hi Res Direct Download:

http://www.overunity.org.uk/ocpm/CLaNZeRSOCMPMMFinalVideo.wmv   (45meg)

My CONCLUSION on this: Not sure at the moment, too many factors that we do not know, but what I do know is that I shared a lot of stuff that I experimented with publicly and did hell of alot more that I did not have time too share. But still not even close to the weird effect shown on Alestalkin original video.

Right what's the next Project?

Cheers

Sean.

[sterlinga]

Here's an update on Doug Furr's 1.5-scale replication that I have been involved with:
http://peswiki.com/index.php/OS:MPMM:Replications:Douglas_K._Furr

On Feb. 5, 2008, he completed his 1.5-scale version; he but has not been able to get it to accellerate or maintain speed. This could be attributed to several important differences between his replica and the original, including:

• magnet strength - Doug's stator magnet is very strong, and proportionally larger
• device material -
• holding screws - metalic
• size of bearings and holders

Some observations. One Feb. 5, we had three of us there, one to focus on one stator magnet. Once or twice, we were able to get all three stator magnets spinning anti-gear-wise; and it did decrease the deceleration rate. We tried placing loose rotor magnets atop the stator magnets, but did not see accelleration or maintenance of speed. As the rotor spins quickly, the stator magnets are fairly stable to just stay somewhat stationary, slightly wobbling as the magnets pass by.

On Feb. 12, Doug built a new casing for the stator magnets so they could be turned with the air hose. We were never able to get that one spinning anti-gear-wise, even though we could spin the stator magnet very rapidly in that direction.

@ Jason O. or Bruce TPU, or

Doug would like to get closer to the specs called for in the original MPMM.  At this point, where is the best compilation of exact materials?