Extreme Efficiency pulse motor. 0,00031Watt Part 5

See also part 1-2-3-4-6-7 on "larskro" channal
It is very important to minimize all locations where energy is lost.
The lowest energy I can keep the puls motor running, is at 0.39 volts and about 0.8 mAmp (pulses) = 0.31 mWatt. = 0,00031Watt
Timing is critical. Reed switch should be as small as possible, the legs must not be be bent, is made ​​of iron distributes magnetism
Hold a good distance from engine, fine tune with additional magnets to run at the lowest possible voltage. LED legs are also made of iron, so they may not be too close to the motor, otherwise they will reduce the RPM and wast energy.
If this timing is not perfect. The motor will not run in loop, very long.

[@pacerodi]

Larskro, don`t worry about the "No Sayers", for, I succeeded of having 0.0041v. Keep up with your good work!!!
Cheers from Brasil! Get the Tasmanian Devils out of your site!!! Arkiver has a good idea of what we are talking about.

[@Larskro]

I am a busy man. I do my best to make the videos quickly but it takes time, and I have other things to taken care of.

[@StefanHartmann-hartiberlin]

Why don´t you upload now all of the videos until part 7 ?
Is your upload speed so low ??

[@TinselKoala]

Yes, nice. But "efficiency" doesn't mean just running on low voltage!
Where is the power coming from in this demonstration? I know you meant to show it, but you are so busy you probably just forgot.

[@Larskro]

However read the information under the video.

[@TinselKoala]

Larskro Do you imagine that I did not read the information? However you do not answer my question in the Description. See, here I quote your entire Description:
"See also part 1-2-3-4-6-7 on "larskro" channal
It is very important to minimize all locations where energy is lost.
The lowest energy I can keep the puls motor running, is at 0.39 volts and about 0.8 mAmp (pulses) = 0.31 mWatt. = 0,00031Watt
Timing is critical. Reed switch should be as small as possible, the legs must not be be bent, is made ​​of iron distributes magnetism
Hold a good distance from engine, fine tune with additional magnets to run at the lowest possible voltage. LED legs are also made of iron, so they may not be too close to the motor, otherwise they will reduce the RPM and wast energy.
If this timing is not perfect. The motor will not run in loop, very long."
You do not explain where your power leads go and you do not explain this:
How does the motor run AT ALL when the battery is disconnected and the switch is in "loop OFF" position? The reed switch is completely out of the circuit in that condition.