IS THIS A REACTIONLESS DRIVE OR A PERPETUAL MOTION MACHINE?

[NdaClouDzzz]

What kind if weirdo doesn't like bananas?🤣🤣🤣🤣🤣🤣

[nix85]

Love the bananas, in fact, im gonna go eat one right now

only i'll eat it while sitting up instead of upside down    🙈🙉🙊

[NdaClouDzzz]

Oh, yeah. My bad

[nix85]

Great, two clowns again managed to clutter the thread with bs so anyone sincerely looking for understanding has to dig through tons of garbage.

Reposting this

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My main basic approach that always works is accelerating and decelerating

the unbalanced weight AT THE AXIS, similar to shipov

BUT NEVER LET THE ARMS GO BEYOND 180° or even better beyond 90°.

https://www.youtube.com/watch?v=2WoZPvL-9oI

As you can see his weights go full circle and thus device curbs itself.

My idea (not really my idea, it's an old idea and it's good) is the same just you don't let them go beyond 180° EVER.

Similar to this animation i already shared https://www.youtube.com/watch?v=eeZXNo4EII0

When you accelerate the arms from 0 position as in picture below, device will of course accelerate forward.

As each weight crosses the half point motor must start to decelerate them so they stop at opposite side.

Key point being that as motor decelerates the arms it is experiencing back torque and back torque has nothing to do with linear acceleration, it simply tries to spin the cart, since there are two opposing back torques spin is neutralized, like in helicopter.

Centrifugal pull remains. Pure linear acceleration.

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I think most of you have a good understanding and sense for what centrifugal force is.

But still most of you have trouble seeing the simplicity of it's conversion to linear acceleration.

One way to resolve this is imagine yourself stationary in space, there is a mass passing by parallel
to you at certain speed.

Say you throw a lasso and capture the mass as it passes by, what happens.

Of course, due to your own inertial mass, object's trajectory is now curved toward you,

You have deflected it from it's straight path and as a consequence it is now pulling you,

accelerating you as it follows it's new, curved path.

What we got here is the same thing in more controlled environment.

Every vibrator is doing it, it's just that it pulls axis to one side, then another.

Pull must be contained on one side.

This is a good video that demonstrates the phenomena. As long as ball keeps oscillating

on the right side, it pulls the cart to the right. That is all there is to it.

https://www.youtube.com/watch?v=tM9tkgjVVrI

[nix85]

The Shipov device also tips down in the front, due to gravity (an external force)..

Everything you said is soo wrong it's ridiculous.

No, Shipov device does not tip down in the front, two unbalanced weights spin around always on the same level vertically.

No, external force is not required, that is the whole point.

Water inertial device does use centrifugal force.

There is really no such thing as external.