BesslerWheel.com

Let's see if i can add attachments yet , since an image is sometimes worth more then a thousand words. Someone, or something, on the blue side can change the balance by pulling up a small, more then 1 kg weight on the other side. Or like THX mentioned, changing the position of the red weight slightl...

The same for a case like , imagining that you have to lift a heavy weight up , the force you must use against it to lift must always be more than the total force of the weight acting downwards ,shortly , input is always more than output ergo output is always less than input in the real world. accep...

The same for a case like , imagining that you have to lift a heavy weight up , the force you must use against it to lift must always be more than the total force of the weight acting downwards ,shortly , input is always more than output ergo output is always less than input in the real world. accep...

I've been experimenting with an idea that I think may be the answer to what we have all been looking for. All the experimenting so far has only been done in Algodoo so I would like to do some experimenting in WM2D and then move on to a real experiment. Its based on the idea that Bessler found a wor...

If the wheel span too fast, whatever was shifting inside could been "locked" against the outerwall because of the centrifugal effect. Like cars driving in a vertical loop.

"And when a pound drops a quarter, it flies four pounds four quarters high"? Use a reverse double pulley system. Reversed, as in you pull the pulleys apart instead of pulling the rope to pull them together. This comes at the cost of needing at least 4 times the force. However, one can add...

alex, For inertial propulsion to succeed, it has to "push off" from some thing. Like a small boat can push off from a dock. This is the only way that it will ever work. There is another way..maybe. There is something called Maxwells wheel. Basicly a jojo , but the fun part, it weigh less ...