Muammer Yildiz Magnet Motor

[TinselKoala]

I find it quite amazing that they seem to run at home for years at a time,but when at a public show they dont even run for a day without something going wrong.This seems to be the norm for all so called OU devices when it comes to public viewings or test.

Free Energy devices, like fine wines, do not travel well, it appears. Best stay at home and invite the marks, er, the interested potential investors, over to see it working in an environment you totally control, like that "other" TK fellow does.

[synchro1]

Say Yildiz is not a Mylow and actually ran his magnet motor for over four hours from his shade tree shop. Imagine what 2000 Japenese engineers could design and manufacture fully implementing his discovery!

[profitis]

a lithium ion bat can definitly power this prop for weeks,even the aluminum casing if wet with electrolyte inside can power it galvanicly for weeks but would yildiz go thru all this trouble if that is the case? Madness

[profitis]

someone please ask stirling to take a infrared shot of it.this will reveal much much info im telling you.

[TinselKoala]

a lithium ion bat can definitly power this prop for weeks,even the aluminum casing if wet with electrolyte inside can power it galvanicly for weeks but would yildiz go thru all this trouble if that is the case? Madness

Well, let's put some hard numbers to it. First, the observables: we have a 16x10 prop being turned at around 2600 RPM for around 4 1/2 hours, then we have a rapidly decreasing RPM series (reminiscent of a battery running down) until the claimant stops the run. Call it 4.7 hours at 2600 RPM to be generous.

And we know some LiPo parameters. My electric helicopter uses a 3-cell LiPo, nominally 11.1 volts but about 12 something when fully charged, and the capacity is 2100 mA-H, and it's about the size of a 3 Musketeers candy bar.

And we know how to calculate the power required to turn that 16x10 prop at 2600 RPM. I got 14 Watts when I ran the calc I posted earlier, but I misplace decimals a lot so please check my work. So the 4.7 hours demo required at least 14 x 4.7 == about 66 Watt-hours of energy.

So.... a 2100 mA-H, 11.1 V battery has around 23 Watt-hours of energy in it. Is there room for three or four candy bars anywhere inside Yildiz's motor.... or the big opaque base it's sitting on?

Please check my math and let me know if there are errors so that I can correct it as soon as they are pointed out. Yes, that is a DIG at RA.

ETA: I see that I did make an error. It now seems that I am calculating 61 Watts for the power at 2600 RPM. That seems high to me but that is what the numbers are saying and I've run them several times on two different calculators. So that means we need space for 12 or 13 candy bars or something like that.

61 x 4.7 == 287 Watt-hours
287 / 23 == about 12 1/2

Hm. Check that base unit.