Magnetic OU principle, You should really take a look at this !

[leftcliq]

Hi Butch and all,
  I have tried this method and honesty, was amazed to say the least.  I used thick round washers and will try square ones soon.  One thing though, when the magnets are in close proximity to the washers and the washers are "defying gravity", it does take a considerable amount of effort to draw the magnets away.  I take it this is due to the attraction of the magnets to the washers.  Is there a specific type of washer used? 

Also, Butch, I did see your diagrams on the fdp website years ago but it didn't make sense to me until this forum entry.  I commend you and all on your efforts to free energy. 
Well Done.
-Dale.

[Blainiac]

Hi Butch and all,
  I have tried this method and honesty, was amazed to say the least.  I used thick round washers and will try square ones soon.  One thing though, when the magnets are in close proximity to the washers and the washers are "defying gravity", it does take a considerable amount of effort to draw the magnets away.  I take it this is due to the attraction of the magnets to the washers.  Is there a specific type of washer used? 

Also, Butch, I did see your diagrams on the fdp website years ago but it didn't make sense to me until this forum entry.  I commend you and all on your efforts to free energy. 
Well Done.
-Dale.

I was amazed too!  And at the simplicity...

The only problem with going into a magnetic field and exiting is of course the magnets/steel want to stay together because the flux wants to travel through the steel more than air.  Couldn't you just place more steel around the entire rotor/path, that way there is not much of a difference?  Basically using more steel as 'flux holders' that won't cause much pull on the steel you need to use?

[Butch]

Hi Butch and all,
  I have tried this method and honesty, was amazed to say the least.  I used thick round washers and will try square ones soon.  One thing though, when the magnets are in close proximity to the washers and the washers are "defying gravity", it does take a considerable amount of effort to draw the magnets away.  I take it this is due to the attraction of the magnets to the washers.  Is there a specific type of washer used? 

Also, Butch, I did see your diagrams on the fdp website years ago but it didn't make sense to me until this forum entry.  I commend you and all on your efforts to free energy. 
Well Done.
-Dale.
Dale,
Thanks, we are running tests around the clock to find best material and shape and overall configuration.
I am looking forward to trying pure laboratory grade iron, 99.8 % pure.
It's a pain to work with, after machining you have to reanneal it.
The stuff is almost magical.
Butch

[Butch]

The sequence of operation with this is complicated. The rotor would experience a reduction in attraction due to coil reaction and the reduction would have to be held down so it would equal the reduction in pull back when the rotor was leaving the stator.
Thanks,
Butch

[Butch]

Illustration 2