Interesting free energy experiment.

[TommeyLReed]

Hi scratch,

Yes you got me there also, but wait.

What if you build this simple design with a twist of smarts.

What about using my idea where the motor is control to speed up the flywheel to store mechanical energy?

When the flywheel is up to speed it takes less energy to keep it there, while I believe it should be harder to slow down under a simple load.

Almost like a car going 100 mph and trying to stop it is a short distant. lots of energy stopping that large mass in a short time.

So, this is my experiment is to test this theory. If you energize the motor for a few seconds while at full speed of the flywheel, could you then turn off the motor and energize the generator for a longer time while using the less amount of energy to bring it the flywheel back up to speed?

Has anyone try that?

:-)

[Temporal Visitor]

Hi scratch,

Yes you got me there also, but wait.

What if you build this simple design with a twist of smarts.

What about using my idea where the motor is control to speed up the flywheel to store mechanical energy?

When the flywheel is up to speed it takes less energy to keep it there, while I believe it should be harder to slow down under a simple load.

Almost like a car going 100 mph and trying to stop it is a short distant. lots of energy stopping that large mass in a short time.

So, this is my experiment is to test this theory. If you energize the motor for a few seconds while at full speed of the flywheel, could you then turn off the motor and energize the generator for a longer time while using the less amount of energy to bring it the flywheel back up to speed?

Has anyone try that?

:-)

Yes, myself included.
Extensively!

[tinman]

Hi scratch,

Yes you got me there also, but wait.

What if you build this simple design with a twist of smarts.

What about using my idea where the motor is control to speed up the flywheel to store mechanical energy?

When the flywheel is up to speed it takes less energy to keep it there, while I believe it should be harder to slow down under a simple load.

Almost like a car going 100 mph and trying to stop it is a short distant. lots of energy stopping that large mass in a short time.

So, this is my experiment is to test this theory. If you energize the motor for a few seconds while at full speed of the flywheel, could you then turn off the motor and energize the generator for a longer time while using the less amount of energy to bring it the flywheel back up to speed?

Has anyone try that?

:-)

A flywheel is only an energy storage device-like a capacitor or battery.
There is only losses in a flywheel system like you propose. Those losses include belt friction,bearing friction and windage. I have already debunked the video you posted in your first post Tommy--can be seen on the ! debunk this! thread.


Brad.

[Temporal Visitor]

A flywheel is only an energy storage device-like a capacitor or battery.
There is only losses in a flywheel system like you propose. Those losses include belt friction,bearing friction and windage. I have already debunked the video you posted in your first post Tommy--can be seen on the ! debunk this! thread.


Brad.

True in the way you would most likely use one. Not true in ALL cases.

Flywheels can and do generate "energy".

If they were not capable of it, then please explain what you propose to get around Nature manifesting Kinetic energy WITHIN ALL MATTER IN MOTION.

Please start with 1/2mv^2.

[tinman]

True in the way you would most likely use one. Not true in ALL cases.

Flywheels can and do generate "energy".

If they were not capable of it, then please explain what you propose to get around Nature manifesting Kinetic energy WITHIN ALL MATTER IN MOTION.

Please start with 1/2mv^2.

Easy
Give one example of a flywheel(or any mass) that is set into motion without an energy input.

Brad