Video On line, Proof Of Overunity With Permanent Magnets, LaFonte Research

[gammarayburst]

http://youtu.be/LWkIvhuO4ns
This is the link, also you can view on this site the video that shows how the bars seperate. The bars sets in a continious line would open and do work and the magnet pulling to the next closed bar set does work also. Two positive, no negative work functions.
This is proof of the very basic principle, not a practicle machine. This is true overunity.
Thanks,
Butch LaFonte
LaFonte Research Group
Special thanks to group members Mark and Nicolas, their efforts made this possible.

[ramset]

Butch


Yeah , I agree........ with your skills
I see over unity in this demonstration !!   I Don't understand how you did it But ?


Thanks


You have my attention


Chet

[powercat]

http://youtu.be/LWkIvhuO4ns

This is proof of the very basic principle, not a practicle machine. This is true overunity.

Are you going to post a video of a practicle  machine (Self-runner) have you made one yet ? that would be ultimate proof.
Good luck

[gammarayburst]

Thanks guys for the support! It is so clear in the video it is overunity. We worked so many years for this. If we can get a little funding we will build a self runner which as you see would be no problem. Mark has a shop that can build just about anything, but we need funding for materials. I just hope people will continue to see how simple and true overunity this principle is.
Thanks again for your support,
Butch

[Cloxxki]

Very original work, I like it!


As is our job on OU.com, let's look for some possible issues.
- The pendulum may have been brought into position by the hand-powered swing. The pendulum in natural equilibrium, would pose a cost to place the stator, I'm afraid?
- The cost of the stator movements, vs. the gain.


I'd be interested to know how much work the pendulum could do, when under load, to make those mostly horizontal moves.
Of course, versus the costs of moving that stator assembly horizontally. It needs to be pinned when the arm moves towards it, and freely when posted into the next position. Now it was all friction keeping it in place, it seemed.