Flywheel Generator Project

[ARMCORTEX]

Your design is pure shit, did you even look at the Chas Campbell video and try to replicate his build? Why is his thing so shaky? How to interrupt the driver wheel from wheel to source and back again and just give enough force
to drive it.

If we are to believe the pseudoscience, then at least follow some theory other than just connecting 1v1 on a static frame. I believe however that this technique does not work since Chas Campbell has not been heard from.

believe I have solved these devices, and will refer to them as kinetic oscillators, they simply are a form of pulse magnetic motor, but with pulleys.

But not like Bedini, this is like ideal magnetic situation, tangantial and shielded, so dollar for dollar it is in fact superior technique.

The trick revolves around pulley squeeze  by hidden eccentric or on a hidden eccentric on floating bouncy wheel and any variation thereof.

So you must engineer the bouncing frame accordingly and make use of that, with the pulleys.

Thus creating pulses of tangantial force, and this causes OU when right freq is hit, and this depends on load, too much load and the oscillation dies.

Think variable loading jus before the point of degeneration. The big Flywheel absorbs this but your must regenerate it.

[ARMCORTEX]

Know your place padawan, listen to rakarskiy.

[SkyWatcher123]

Hi all, still working on the flywheel project, just taking my time and not rushing it.
Have the alternator and long belt lined up and mounted, need to get a short belt for the drive motor and then adjust both sides for proper belt tension.
All positive and helpful replies welcome. 

[ARMCORTEX]

Bad, bad design.

Show the design and I will confirm if good or bad. You need 3 wheels, + a static bouncer wheel. The motor has a wheel between it and the intermediate bouncy frame wheel. The intermediate wheel drives the big wheel with proper frequency according to your load, wich should be adjustable. The tension of both ends of the intermediate should be adjustable, the weight of the eccentric should also be adjtstable The pulley themselves can act as a spring to a certian extent but a static wheel can also absorb that shock. But your design objective is to find the perfect middle ground of tensions, so as  your eccentric intermediate wheel can act as a sort of clutch/transistor, and minimize wasted friction with pulleys in this exchange.

Keep in your place, padawan. Negative feedback is what you need.

[ARMCORTEX]

https://www.quora.com/Does-centrifugal-and-centripetal-force-acts-on-the-electrons-of-an-atom

Investigate this.

If the electron and protons are being affected by centrifugal force, is it possible that they can cause a wave like motion that persists in the flywheel and helps us multiply our force and reduce our recharge cost? And we just "keep pulsing" to keep it all working.

Maybe using acceleration/deceleration cycles accomplishes the miracle you seek.

The question I am asking myself is first of all, how does this even look like inside the solid balanced flywheel, in terms of mass distribution and the motions of protons, do the protons rotate around an axis or they oscillate back and forth? Second, is if the rate at wich you are accelerating/decelerating your flywheel with described technique(based on my gut instinct and watching the video) is even fast enough to have an effect (beneficial) on the molecular structure.

Because I am pretty sure that Chas Campbell uses the eccentric technique I described for you.