Revised topic, choose to ignore, the choice has "always" been yours.

[RunningBare]

Sorry guys, the Newman motor still did not do as advertised, this morning I measured the voltage on the batteries(no load) it had risen to 19.5 volts, I thought great, so I reattached the motor and left it another several hours, just did another voltage check(again no load) and it had fallen to 18.6 volts, so even with 2490 turns of wire it still does not do as advertised, my hopes were up for a while, but alas.

[tinu]

Sorry guys, the Newman motor still did not do as advertised, this morning I measured the voltage on the batteries(no load) it had risen to 19.5 volts, I thought great, so I reattached the motor and left it another several hours, just did another voltage check(again no load) and it had fallen to 18.6 volts, so even with 2490 turns of wire it still does not do as advertised, my hopes were up for a while, but alas.

Thanks for honesty and for your great efforts!

My experiments were all leading to the same conclusion but during your latest attempt/replication I really hoped that I?ve done something wrong.
It seems that the Newman motor (presumably) becomes efficient at several hundreds thousands turns which, I have to frankly say it, is for the time being well beyond my patience.

Have a nice day,
Tinu

[RunningBare]

Thanks tinu, I do enjoy the replication experiments.

I charged up a 2 FARAD 20/24 volt capacitor earlier on and connected my Newman motor to it, it's been quite happily spinning for the last 30 minutes on the capacitors alone.

[tinu]

Thanks tinu, I do enjoy the replication experiments.

I charged up a 2 FARAD 20/24 volt capacitor earlier on and connected my Newman motor to it, it's been quite happily spinning for the last 30 minutes on the capacitors alone.

Wow!
2 Farads at 20V should keep it running for a long, long time. Depending on the overall power, it may run for days.
One version of mine was running for 7-8 minutes from a small 0.03F/9V. The idle power was around 2mW. If the capacitor was 2F at 9V it would theoretically run for 14days.
(Of course this is not going to happen in practice due to higher power and also higher losses at high voltage and due to insufficient voltage at around 2-3V or so. But even so, the running time is impressive and it wouldn?t take more than a ?demo? conducted in front of someone not very accustomed with this kind of business to make the assistance believe that they?ve just met a real ?guru? of free energy?

Tinu

[zero]

If these are so efficient,  why not extend the drive shaft, and connect a mini generator
to them as well?  Either in magnets on a spinning disc with pickup coils nearby..  or
a typical generator.


Feed the generated work back into the system if needed.   There still should
be plenty excess for collection.