Can anyone verify cogging-torque neutralization ?

[TinselKoala]

TinselKoala,
I never stated that the machine could not sustain self running. I stated that I have never TRIED. I was always focused on four things
1. Reduced amp draw of the motor from generator coils that speed the motor up under load
2. Increased production of the generator when the motor DOES speed up under load
3. Watts into the motor
4. Watts out to the load from the generator.


My assumption was that if all those factors got to where I wanted them, a self runner was inevitable.

1. If you truly can obtain 1600 watts output for 300 watts input, it is trivial "for those skilled in the art" to connect one end to the other and have a self-runner.
2. If you can't figure out how to do it, I can tell you.... for a fee. But of course your output >> input claims must be true for it to work. You had those numbers, but you "never tried"? What's wrong with you?
3. I don't care about anything except your claim of watts out >> watts in.
4. I'll wager you a cheezburger that you cannot support this claim with a factual demonstration.
Your assumption is just that -- an assumption.  Let's see your FACTS.

[ramset]

and I'll bet you a cheeseburger ,if I walked up to any man woman or child on the planetand asked them if they were ok with a device that turns 300 into 1600 but doesn't self run...
they wouldn't give a rats pajamas
probably would have the same answer for a device that turns 300 into 301

of course if I wanted all that attention you are always talking about the bad kind ? the kind where they take it from you to make world ending wars...........a big self running show might not be .......................wise

Dave  has agreed to Let Brad test anyway he wants.
I doubt very much that cheeseburger bets are needed on top of Brads test protocols.
but who knows

maybe Dave likes Cheeseburgers ??

[TinselKoala]

Do you like jam on your cheezburgers? As in, Jam Yesterday... Jam Tomorrow... but No Jam Today.

You talk like there is infinite time ahead of us... but there isn't. 

"I made a thing that makes five times as much electrical power out than it takes to run it. Unfortunately I didn't think about connecting it as a self runner, and then I took it apart, so I can't show it to you now. And I'm doing something more important right now, so you'll have to wait three months before I can rebuild it."

It's right there in the script.

[gyulasun]

...

I ONLY posted because of the interest in neutralizing magnetic cogging. It should be OBVIOUS that this machine does that.  Plus there is a patent from over 150 years ago that applies the same principle. The patent had: coil (in attraction) rotor then magnet (in repulsion). I didn't LIKE that arrangement because all the forces exerted on the rotor were in the same direction. Pulling it from one side and pushing it away from the other. That would really exert unnecessary torque on the rotor. In MY design there are coils on BOTH sides of the rotor in attraction and magnets on BOTH sides of the rotor in repulsion at the same time. Forces are equalized.
....

Hi Dave,
Would you mind telling the old patent number you referred to above? 
Thanks,
Gyula

[tinman]

Dave

I am a little confused as to why the motors burn out if they only need 300 watts to drive the generator,and where you point out that a stock motor can be used.
The MY1020 comes in a variety of sizes,from 250 watts/24v up to 1000 watts/48v.
The  !MY1020! stands for the mounting type on the motor,it is not to stipulate a power rating for the motor. The ZY1020 is the same motor,but where the mounting points are different.

So could you clarify as to what !size! motors you guys are using?.
If you keep burning out motors at 300 watts,then why not use the MY1020 500 watt-24 volt model ?. This is the motor i have ordered--the 500 watt MY1020.


Brad