AMAZING New Gravity Wheel Design!

[Yortuk Festrunk]

Here is finally a solution to make a working gravity system that clearly violates NO LAWS of physics.

It is very self explanatory.

This picture is not to any certain scale. It is only to illustrate the general principle.

Pairs of rollers RELAY a weight from bottom to top. Each roller has a weight on the outside which acts to turn the roller to push the main weight up.

The now top heavy wheel turns 180° and the process starts all over again.

The biggest challenge to building this system will be synchronizing the rollers to lock and unlock in certain positions during the cycle.


I call this the RECIPROCAL TORQUE RELAY SYSTEM.

[overtaker]

I see some thought went into this.  Two red weights would have to weigh considerably more than the black weight.  The black weight could trigger the catch mechanism.  I see problems with this system though.  The wheel wouldn't stop at 180deg. until it stopped swinging.  I need to study this more.
Nice thinking out of the box. 

[overtaker]

Another issue is the black weight would have to be longer so it would always connect to two sets of weights or one set of red weights would have to weigh considerably more then the black weight.
I see this as locking up.  Hopefully not.

[AB Hammer]

Here is finally a solution to make a working gravity system that clearly violates NO LAWS of physics.

It is very self explanatory.

This picture is not to any certain scale. It is only to illustrate the general principle.

Pairs of rollers RELAY a weight from bottom to top. Each roller has a weight on the outside which acts to turn the roller to push the main weight up.

The now top heavy wheel turns 180° and the process starts all over again.

The biggest challenge to building this system will be synchronizing the rollers to lock and unlock in certain positions during the cycle.


I call this the RECIPROCAL TORQUE RELAY SYSTEM.

Interesting approach.

I do have some concerns about the approach. Will the smaller weights be able to lift the beam up? I have tried several things to do just this approach and have found many factors you have to overcome.
Just as a pendulum, it increases its weight value at the bottom of the wheel. Then it has to lift against that factor which need even more counter weight value to do so.

[Yortuk Festrunk]

I see some thought went into this.  Two red weights would have to weigh considerably more than the black weight.  The black weight could trigger the catch mechanism.  I see problems with this system though.  The wheel wouldn't stop at 180deg. until it stopped swinging.  I need to study this more.
Nice thinking out of the box.

Another issue is the black weight would have to be longer so it would always connect to two sets of weights or one set of red weights would have to weigh considerably more then the black weight.
I see this as locking up.  Hopefully not.

First of all, there is no "swinging" in this. It turns 180° and stops.
Secondly, I said this is not to scale. so the length of the weight in the picture is not a factor.
Thirdly, there is nothing in this set up to "lock up".

I'm sure that mechanical engineers are more likely to appreciate this design for it is easier for them to grasp the nuances of this setup.