Working Magnetic Motor on you tube??

[sterlinga]

Way to go on the replication work!  I've begun a compilation here:
http://peswiki.com/index.php/Directory:OC_MPMM_Magnet_Motor#Replications

Let me know as soon as one of you gets one running so we can feature it in our news and stir the excitement even more.

Sterling

[CLaNZeR]

@Naklaw and @TheOne
Excellent work guys, well done and keep it coming.

@sterlinga , gawd knows where you get the time too keep that site updated, but good on you and a valuable resource!

I now have too wait for my magnets, but as not being very patient I decided to strip down the Kiss Motor and use the magnets as the N-N-S-S combination is the same. Have added 1 big Block magnet from Gaby's project on a bearing for playing (Talk about recylcling!) and very interesting the effect at around 350RPM when spinning the Rotor forward and the Stator the opposite way, it seems too cog and flip the Stator, but trying to get the Tacho too catch it is a nightmare.. Will knock up a couple more Stator Blocks and see what it goes like. I do not expect alot but something too play with while waiting for correct magnets to arrive.

ummm I knew those holes I drilled to mark the center of each side would come in handy




Cheers

Sean.

[znel]

  Hello all, I'm a newby here although I've visited a few times in the past.  I must say some of the engineering work being done is quite impressive.  I tend to think out of the box most of the time, although, it's good to take a couple trips back in the box once in a while to regain perspective. 

 
znel... 

[yorkshireminer]

This seems to me to be similar to the Searl motor, in the Searl motor we have rotating cylindrical magnets rotating around a central stationary  circular magnetic plate. Here they have done the opposite made the cylindrical rotating magnets stationary and rotated the central circular magnetic plate, is this not equivalent when there are not absolute terms of reference? I have also noted that the number of magnets for the rotor is 8 and for the stator 13. These are Fibonacci numbers, is there a relationship? Just a couple of points to ponder

[naklaw]

In case you are interested in a demonstration of how the magnets are magnetically coupled:

Turning the rotor:
http://video.google.com/videoplay?docid=9028377735804824913&hl=en

Turning the spinning magnet:
http://video.google.com/videoplay?docid=2082838356310248955&hl=en

I am still very sceptical

I tried reversing the spinning magnet but I can't find any resonance, I even tried to speed it up in reverse direction with a DC motor...

If you convince me I will build a larger more stable one