Studying Shielding, needs some advice

[Honk]

Sorry, but you can't make a self runner without returning energy from the output shaft to overcome any sticky spots.
If your goal is finding overunity you should totaly focus on the magnetic wankel. If your goal is mainly to fiddle around
while trying to find another way to make a self runner, then please go ahead and give it your best shoot.

You can have plenty of torque within a magnetic motor while it turns around and finally stops at the sticky spot.
But you need to harvest this torque (energy) while it's present during the rotation before stopping.
People seem to forget that the available power is lost if not taken care of by a shaft connected generator.
It won't continue to spin by it's own if not helped past the "rough passages".

[tak22]

@Originator

If you're serious about making a shield then here's a patent that hasn't been tried by anyone here:

http://www.rexresearch.com/wadle/wadle.htm

tak

[Originator]

Tak22

I scanned over the patent, but do not have enough knowledge to have an opinion. 

If anyone else would care to look at it and comment on it's viability as a shield, that would be welcome to all I am sure.

Thanks for the link.

[Honk]

http://www.rexresearch.com/wadle/wadle.htm

If this so called shield works just as we would like it to, then perhaps we could make a pure magnet motor.
But I strongly disbelive the properties of this new "shield". It seems kind of weak.
I believe it can't handle the strong DC flux from close perimeter permanent magnet.
They talk specifically about shielding errant stray fields. This is very weak flux levels. Presumably AC flux.
There is no info about being able to shield static strong flux from permanent magnets.

[Paul-R]

Originator's motor is reminiscent of John Ecklin (Echlin). You might try a coil in between the Neos
with an adjustable voltage. This is a method used by Charles Flynn here (page 42 of 48):
http://www.free-energy-info.co.uk/Chapter1.pdf
The coil appears to cause rotation, and might be useful for you..
Paul.