Chas Campbell free power motor

[Humbugger]

Stefan

Your error is simple.  There is never a time when two balls are on the right side if the radius is 4.  Some of the time, there is no ball on the right side in any configuration based on 30 degrees and over 3.8763 radius.

I have been saying this all along but you have not heard or understood.

Hum

http://www.overunity.com/index.php/topic,2487.msg48099.html#msg48099

[rMuD]

Humbugger, I never swore at anyone.  But to deny a fact is just that.  A denial
of the true potential.
---

Also, curious if we remove some ball load chambers what will happen:

all the balls would be at the bottom in 1 revolution

[hansvonlieven]

G'day again,

Picture 1 shows exactly what I am talking about. The ball on the right moves in a 26.2 degree arc, therefore on any other concentric circle the movement is 26.2 degrees, insufficient to load the next ball, which requires 30 degrees. It does not matter how much force you have, the movement stops at 26.2 degrees because that is when the ball that does the work leaves the system. At this point the system reverses.

Hans von Lieven

[hartiberlin]

G'day Stefan,

The error in your calculation is that you are only looking at one moment in time. This is a kinetic system, not a static one and the ratios shift as the wheel turns. sometimes they are in your favour but more often they are to your detriment.

Incidentally hum and zero, don't take it too seriously, after all we are supposed to have a bit of fun while we air our particular views.

Hans von Lieven

Ahh I see,
you mean the normal changing of the torque arms of other Bessler like wheels...
Well, I guess here it does not apply, cause the right side always stays at around 3.9 units
and the left side will never go over 3.9 units, but
maybe goes only around 3.6 units.

[hartiberlin]

Stefan

Your error is simple.  There is never a time when two balls are on the right side if the radius is 4.  Some of the time, there is no ball on the right side in any configuration based on 30 degrees and over 3.8763 radius.

I have been saying this all along but you have not heard or understood.

Hum

Hum,
you could build a wheel always so that there is at least one ball at the right side...
Also you could slow the wheel down or stop it, so
one ball will always be at 4x distance at the right side...