Next Generation - Clemente Figuera 1908

[Lasco]

Hi guys,

Can someone help me better understand this machine?

It has a power input, and the output is running a light globe and a motor. What I’m trying to figure out is the actual ratio between input power and output power. From what I understand, the goal is to produce at least slightly more power than we put in — if that’s really happening, I’d like to see how it’s being measured and verified.

I’ve been watching Andy’s videos, but I feel like I’m missing the bigger picture somewhere.

Are Andy’s and Jim’s armature regulation methods actually moving things forward in terms of over-unity research, or am I misunderstanding their role?

Sorry if I’m overlooking something obvious — I’m trying to connect the dots.

[Jim Mac]

I was hit hard by last weeks storm and dealing with a rough work week combined with internet / heating problems at home, so I have not had much time lately..  

I remember Andy spoke to me some time ago with those links, but I have not revisited them as of yet, so I can not speak of what he is showing.

But this is what I am working with..

   

With the above arrangement, I am seeing 3-4X the current in the ammeter than the input, but at 3-4X lower voltage than input. (Full AC)  Closing the purple wire does increase input draw, but the RPM of the motor is relatively steady whether or not the purple line is closed or open.   

So I know the MAX input that will be drawn regardless what I cut in to the purple wire, because fully shorted it pulls around 1.2 amps from the source.  

Next I cut a step-UP transformer in the purple line like this:

   

Now the open circuit output voltage is 10V higher than the input, but the current is slightly higher than 1/3 of the input (roughly)..

Then I tried cutting in 2 transformers, low ohm side in series.  

   

Now both transformers are spitting out roughly 9-10V higher than the source, and each can output around 1/3 of the needed source current. 

This output is still below the input (current wise),  but I am in the process of trying to string 4 transformers in series then parallel the outputs.  

I don't know if it's possible like this, but it seems adding series transformers keeps amplifying possible output (minus the small 1/3 ohm resistance per primary).  

I'm wondering if I add enough transformers in series, and paralleling the outputs, if the output can exceed the input.  

YES I understand it's a pipe-dream, but it has me scratching my head.  So I plan on trying