Replicate this if you want to see a free energy device for your self

[floor]

PDF
  The Twist Drive proof L.pdf (Size: 2.77 MB / Downloads: 79) file below

[floor]

PDF file below

Note...

In this video        Momentum @https://www.dailymotion.com/video/x7b3x9a ,

the third video in the "The Twist Drive proof L.PDF"  file,

I   ERRONEOUSLY   spoke of an increase in efficiency by the utilization of an eccentric
pulley in the RO pulley position.

The utilization of an eccentric pulley would correctly be applied
only
 to the SL pulley. It does not apply to the RO pulley.

[floor]

This version of the "Twist Drive proof" file
gives a more clear explination as to its
over unity functioning.

[lota]

Hello
so you need 8 units to reach 360°. How much %profit would you have?
Greeting
Lota

[floor]

Hello
so you need 8 units to reach 360°. How much %profit would you have?
Greeting
Lota

Why do you want to reach 360 deg. ?

[lota]

Hello
so I can get a rotation. They are connected with gears It's such an idea. But still have to think about it.
Greeting
Lota

[floor]

The "twist drive" magnet interactions and results are
some what unconventional maybe even bizarre and also
complicated.


I would recommend that you build one of the other devices.


May be the one pictured here.


Its reciprocating actions can be converted to rotation.    

---

P.S.

User CITFTA may be able to provide you with links to some videos
of his experiments with variations of this design.

[MagnaProp]

@floor

I am trying to understand your twist drive. Does this image I made show your twist drive in action? Figure 1 is the starting point of each magnet. The left magnet being stationary and the right magnet being able to turn on a central axis. Figure 2 shows the right magnet having twisted to align with the stationary magnet.

[floor]

@floor

I am trying to understand your twist drive. Does this image I made show your twist drive in action? Figure 1 is the starting point of each magnet. The left magnet being stationary and the right magnet being able to turn on a central axis. Figure 2 shows the right magnet having twisted to align with the stationary magnet.

see @
3TD undeniable - video Dailymotion

[MagnaProp]

see @...

Took another look. My understanding of what is going on is in my attached drawings. The sliding magnet wants to twist in the orange direction. However, due to the weight of the wood structure around it and the smoothness of the sliding rails, the friction caused by the orange twist direction is minimal. The work done by the magnet that can twist is even less hampered since it's supported on a ball bearing.

So I see work being done by magnets that want to align. I don't see how this is different from two magnets that want to attract if you get them close enough to each other. And if you get them close enough, they becomes locked and difficult to pull appart. I'm not saying there is nothing to be gained by your system. I am saying that I'm not smart enough to see what can be gained by it.