BesslerWheel.com

Oh thanks, that was a good hint! I already had the board URL as a bookmark but without the „https://“ in front of. I added it and for some reason it seems to work now.

Since the new forum software, I'm not longer able to be automatically logged in when visiting BW.com. I wonder if I'm the only one because I didn't find a post regarding this issue – just searched for it. So, what could be the reason for this? I deleted all cookies for this site but the problem rema...

Never heared about it. First thought is that if there's any gain then it only can come from bumps you drive over. On a perfectly and plain straight, there should be not any advantage. If the extra force comes from springs, these have to compress first and if this is done by pedaling, you can't gain ...

I have to admit I was a bit surprised first but then, after thinking about for a minute, I felt I got it. I ask myself if Bessler's principle might somehow have something to do with it. However, find such experiments quite entertaining and it might be helpful to think of physics in this way every no...

Found this recently. Focus is on the third experiment. Did you expect the result?

https://youtu.be/O8sdqaVLZ6w?t=450

Have a good day,

-jonnynet-

Hello agor95, I do not have an own interpretation but remember to read that phrase several times and as I checked, this seems to be a clue you can find in one or more of John's books, look here: https://www.besslerwheel.com/wiki/index.php?title=Portal:Clues I guess it's all about weight distribution...

[...] I think the two principals I mentions both comes from MT and he would say something to the effect of: "This thing will not work unless you use my principal of access weight [...]" Please forgive me to suddenly enter this thread but I noticed the word "access" and think it ...

Hi Georg! My simulation I was showing lately does not include any central axle. It was meant to be a part of the whole. But yes, we assume different ways of how a Bessler wheel should work.

https://youtu.be/NoQNVgEWR4M Here the same principle is implemented only a little bit differently. The green bar is driven by a motor and simulates the rotation of the wheel, as if the mechanism rotates with the wheel around the axis. The green bar therefore corresponds to the wheel drum. The red w...

I have heard about it and I think there is some truth to it. I don't mean the proposal that was made at the WEF in 2020 but what is dismissed as a conspiracy theory. I think the latter is at least part of a bitter truth. Equally, however, I am hopeful that this plan will not work.

At least Trump did not break his promise of a smooth transition of power on 20th. There was speculation that Biden might be taken away by the National Guard itself during the ceremony. After all, exactly what Trump promised happened.

Trust me, it may look more complicated than it actually is. This is due to the structure itself, as I displayed it. There are better ways to do it and of course, you only need 2 weights to make this a prime mover. Instead of the turquoise-colored rods, imagine a triangular shape with a pivot point a...

It was all structure! Here is another, clearer example. There is sufficient stabilization of the parallelogram structure in every position.

Funny, I thought something similar... ;)

Pretty sure that won't solve your problem. It still acts like it is in the original position. I can only confirm it from simulations, but this way it works. For practical use, the offset should be increased significantly. Without this offset, the mechanics also fail in simulations. Not always, but ...