@Alvaro

You haven't offended anyone !

I apologise, it was my mistake. I no longer watch skycollection's videos so i didn't realise where 'amazing induction' came from.

I thought you thought some amazing secret must be behind it so i wrote that long post.

Yes the speed threshold is important, the lowest seems to be anywhere from 200Hz to 400Hz, depending on setup.

I admire skycollection's builds, very beautiful, and people like pretty lights

I just get angry when i see someone claim work as their own.

But you're right, we should just get on with the work


All the best,

DC.

J.L.N has forgoten to translate in english here:
http://jnaudin.free.fr/dlenz/DLE20en.htm

"l'effet ne se produit pas avec une bobine à air,"

In fact if there is no ferromagnetic core, there is no acceleration.

Both Pirate Twinbeard and myself harvested "Lenz Propulsion" spinning neo spheres inside the air cores of Tesla wrapped bifilar output coils. I just posted a video of a 1/2" sphere that was charging it's own power battery this way. Once again we're spinning neo sphere rotors "INSIDE THE AIR CORE'S OF TRUE BIFILAR PICKUP COILS", and accelerating the rotor spheres using "Lenz Delay" with no ferrite core anywhere near the output coils.

Excellent !

Hats off to you both

Here's a short video of my baby rotor, now passing 40,000 RPM

All set to make a coil that overspeeds the rotor, just waiting for my plastic to arrive.


All the best,

DC.

Doh!

Sorry about that

https://www.youtube.com/watch?v=LKTRu9Q659U


Cheers crazy,

DC.

I remember seeing that a few years ago, when i'd just started learning about motors/generators, and i thought that somehow he had ice particles everywhere !

Absolutely amazing speed.

Smaller is better !

It would be interesting to know the output amperage, probably in the microamp range.

Getting useable current is the step that is the hardest.


atb,

DC.

WOW !

Go Pirates, Go Pirates ... No, not that fast, we can't focus on you at that speed !!!


Nice one,

DC.

Thanx Synchro,

Its worth noting that the Fluke DMM was operating in frequencies beyond its capacity.  I later upgraded the instrumentation to a Tek current probe and 100x standard scope probe.  This yielded readings at max in motor mode of around 1700VAC, with current readings at approximately 15ma... still no joke when considering that there is a battery being charged as well.  These readings with the current probe were taken between the rotary device and the output trafo as well, as opposed to on the output of the trafo itself, as was done with the Fluke.

Output is higher, 2300VAC and 20ma or so in solid state mode with the current coil configuration.  With matched 350ohm #34AWG coils above and below the starship pair, I got around 4000VAC at 35ma or so in solid state mode before a lead from one of the pickup coils got near the aluminum base of the device and a purple plasma arced from the lead to the case and fried the whole setup, requiring replacement of everything but the coils, essentially.

The important thing about the coil config to get lenz accel is the parasitic capacitance, imho.  It comes down to timing.  You have to delay the current enough to let the exciting pole pass, but not so long as to allow a full rotation.  Its like tuning an LC, but both are in the same physical component.  Bifilar pancake makes a pretty good capacitor, from what I have read.


Also, Input is around 400ma @12VDC to drive the prime mover, and around 550ma in solid state mode full output.

@Twinbeard,
 
That video out performed anything Speilberg ever produced. It looks like you're runing output from your 34 and 22 gauge around through the output coil housing your spinner. I understand that you believe this causes field interferance and a phase shift that creates Lenz delay propulsion. I'm trying to replicate that feedback Lenz delay amplification effect in my Spifilar Knots. Accelerating the rotor to 3,000,000 rpm on a self looped field tourqing power, independent of input and generating 1000 volts with respectable amperage is like splitting the atom!
 
My Spiral setup has a Quadfilar and bifilar in Tandem. If I designate one half of the Quadfilar for output and run it's current straight into the bifilar pickup, it may induce Lenz Delay propulsion on my 2" neo sphere the way Twinbeard does. I worked hard to try and conduct this experiment, but I was so feverish I got nowhere. Earmuff Pancake pickup coils can perhaps assist in generating output. This would be KW range.

If I connect those coils leads and achieve neo sphere acceleration like Twinbeard does, Warp factor quantum leap. The future hinges on this result. I'm paralyzed with awe.