Hyperdrive loop test. update 2 

Very nice... I can't wait to watch the rest of your videos when I get time.

Good work 👏 thanks for your input

You could try magnets stuck onto back end of cores to the motor coils. "Regaugng" magnets sort of...you might get more rpms and less draw. Also try magnets on back end of generator coil cores, lke RomeroUK did with his looping Muller generator.

Looking good, Do you have any scrap yards around you ? If so look for Tig or mig welders and or BIG VFD drives plus other stuff that might have some big caps for next to nothing $ I will look on my end and if i find some i can ship em to yeah. ( 4 to 6 ) 400 volt 100.000 mfd DC caps to make up .5 of a farad would work great!

To keep it simple, why not starting only with your 40v cap at let say 12v, have your loop setup ready (variac/diode bridge, etc) and spin your motor. You will see quickly if your cap voltage climb up or not.

hi am trying to understand what you doing, you are using the washing machine motor as a motor and as a generator ? not sure what are the other board do exact ?

OK I think I understand it - the generator has a DC input of around 146VDC from the three batteries, and that transformer rectified in series and rectified transformer in series to the three batteries, this giving you that 146VDC you show as input to the samsung pancake motor in the refrigerator. The "loop" is that you have taken the output from the generator side of the refrigerated pancake motor (haha) and run it into a variac, so you can adjust the output voltage of it. And now you take that output, rectify it to DC, and add it in series "on top" of the 146VDC Is this right? Or maybe the output of generator through variac is added on top in AC somehow maybe through that rectified transformer that is in series with the three batteries? Usually when I try to loop my stuff, there is problem you cannot just stick it back into input straight, and there needs to be some isolation or disconnect period so blank space you could call it soi it doesnt just shor the whole thing out, but your system doesnt seem to have this problem as you generator output isolated and independent from the circuit spinning the generator (coil C your output while coil A your input) Am I close to understanding? I tried to send you email a couple times about the SSRs I have, but the emails didnt go through. My email is konehead at msn.com Thanks! GREAT WORK

So I count 36 coils in the stator, and I see the only 10 winds on every third one in earlier video with rotor removed,,, so this must be trigger wind for the "Bedini" motor circuit to transistor base, I assume these 12 coils wired in series or maybe series-parallel so you can adjust ouput for base not blow up transistor base at high rpms? So then there are another 12 coils in "stock" windings, and these are in series (or series parallel to adjust impedance too?) and these are the motor coils that recieve the 146VDC or whatever the input will be. Then there are another group of 12 coils of the three phases, also in series? and thse are the generator winds. On V2 looks like you added more generator winds onto the 12 cores (C2) dedicated to the triggering to the base, so now those cores have two sets of coils, one trigger, one generator... Is this right?

What gauge wire is the ten wraps trigger winds? Are the twelve in series? What's the model # of IGBT transistor?

Why do you put it in a fridge? Is it fast warm the motor