Confirming the Delayed Lenz Effect

[ALVARO_CS]

IMO, in this kind of setup the collector coil is electricaly isolated from the driver coils, and influenced by the magnetic saturation-collapse of the ferrite core, but I cannot see the diference if this happens only by the electric pulse of driver coil, or the magnet`s rotor action, or probably both.
The driver in this case is metal shielded around and back, and when pulsed its magnetic field may be sensed at a far distance. Leedsalkin stated (I checked this) that shielding that way enhances the magnetic properties, but winded normally. this ones are series bifilar but with a diode between. Ideed the magnetic polarity reverses,thus I winded opposite at right hand rule, to get a North-north repulsing situation at rotor-drive.
sorry for long rant 
english not my native language 
cheers

[synchro1]

@ALVARO-CS,

             That's called a "Piggy Back" coil. It shares the core with the power coil. Gadgetmall reprted O.U. results with one just like it. Thank you for showing us pictures of the build. Very interesting test bed! You mentioned earlier that the output coil could be adjusted to help deliver a kick to the rotor? A lasertach would sure be nice to help confirm any "Lenz Delay" effect. 

[ALVARO_CS]

sorry sinchro, I may be explained it in a wrong way. What I meant is that the output increases as the output coil gets closer to the driver, but not difference in rpm nor in input power.(no kick)
I even noticed no changes starting the motor and adding the output  coil (already loaded) after max rotor speed.
The driving circuit acts as if the output coil was invisible.

[synchro1]

sorry sinchro, I may be explained it in a wrong way. What I meant is that the output increases as the output coil gets closer to the driver, but not difference in rpm nor in input power.(no kick)
I even noticed no changes starting the motor and adding the output  coil (already loaded) after max rotor speed.
The driving circuit acts as if the output coil was invisible.

"Lenz Masking"! I implied a motor might be concievable, but your accomplishment stands as an advance unique unto itself. I'm certain Gadgetmall confirmed your results with his setup. Very impressive outcome. "Zero Lenz" output coils are not the Unicorn!

Quote from above:

"this ones are series bifilar"

What coils are serial bifilar, the power, output or both?

The power coil pulse may be all the output coil gets, but so what, it's free energy. The output coil needs to be tested alone on the sliding core for "Lenz propulsion" effect".

[MileHigh]

Synchro1:

Good clip for you:

http://www.youtube.com/watch?v=gINzRCOOs-8

Alvaro:

You are right, both the pulse of the driver coil and the magnet's rotor action will generate output in your pick-up coil.  If the pick-up coil drives a very small load you might not see and changes in rotation speed because the change in speed is not noticeable.  You are getting a Lenz' Law resistance to the rotor turning but it is probably very small.  You have to experiment with different load resistors.

There is no over unity from a pick-up coil like in your setup.  Proper measurements would show this.

MileHigh