Gyro Gravity Motor

[kolbacict]

Will the parameters of such a pendulum differ from an ordinary one?
the height to the support depends, as it were, on the position of the pendulum ...

[Lunkster]

The backside of the gravity drawing had a mechanically non-functional action with the hidden wheels working with the front side of the gravity wheel.  Even though this is a non-functional gravity wheel, I had a hard time knowing I posted it that way.  So I redesigned the backside of the gravity wheel so that the weight bearing brackets will move the way the front side of the gravity wheel shows it occuring.
Now the front side looks like it could work by just looking at the weight distribution.  This is the optical illusion of gravity wheels.  Now I have not performed an analysis of the forces in the gearing system that most likely cancels out any movement of the gravity wheel.  But now I can look at the machine and know that the load bearing brackets will be where they should be during the rotation of the wheel.  The brackets need to be designed with some kind of low friction devices like bearing assemblies to reduce the friction in the movement of them.
The gyro's are missing.  I am sorry, but I have learned to much about gyro's that they operating with permission are not going to change the weight distribution on a gravity wheel.  If there is some other technology that can change it's weight between the left side of the wheel compared to the right side of the wheel, then the wheel will turn.  But it does not make sense to put put more energy into a device that changes it's weight from side to side compared to the energy one would get from the gravity wheel.

Now people have attempted to build a gravity wheel in conjunction with other forces like magnetism.
My first thoughts is that if you can not get one to work by itself them combining two together will not produce any different results.

I sure hopes someone can prove me wrong.

Lunkster