I have a proven model I built. I am looking for like minded people who know more

[MeGaFaRR]

Hp=torque X rpm's
Does a bigger flywheel at same rpm's have more torque?

Thanks verpies
If I could afford it I would have used a lot more efficient and useful equipment to prove my concept but I couldn't. I understand the helpful hint and appreciate it but I'm not in the position to do that at the moment. Now I have an associate in China that has read my paper and is not wearing any kind of physics blinders, that is in the process of using my theory to build a machine like I have. But I do believe he has way more resources than I do and he is following this thread so any useful hints he can use will be greatly appreciated.
Thanks
Frank

[AlienGrey]

Well didn't they invent the rocket, perhaps they will make it into some thing called a cuckoo clock mechanism rocket powered type device and include gravity like the Ausy guy did ? who knows how far it will go however joking apart their does appear to be some sort of magic attached to the spinning fly wheel.

[ARMCORTEX]

A frictional clutch is only 50% energy efficient while engaging and transferring energy from one flywheel to another.

To transfer the angular momentum from one flywheel to another, with minimal losses, a torsional spring must be used

Well said verpies, I believe Pejic is using one of those "torsional springs", a new word to learn and a path to study.

https://www.youtube.com/watch?v=44O3crS-B9k

Finally a bit of progress, maybe someday we will unravel the secrets of these flywheel devices.

Very enlightening thread, thanks to MegaFarr

[MeGaFaRR]

Well said verpies, I believe Pejic is using one of those "torsional springs", a new word to learn and a path to study.

https://www.youtube.com/watch?v=44O3crS-B9k

Finally a bit of progress, maybe someday we will unravel the secrets of these flywheel devices.

Very enlightening thread, thanks to MegaFarr

I wish I could understand what they are saying

[MeGaFaRR]

 Sent: Thursday, February 11, 2016 7:44 PM
To: the_physicist@askthephysicist.com
Subject: New Ask the Physicist question
Email: Megafarr@hotmail.com question-

If a 5 ton flywheel was rotating at 5000 rpm,
in a vacuum with magnetic bearings, would a
1 horsepower motor be adequate to keep the
momentum going?


On Feb 12, 2016, at 11:22 AM, physicist <the_physicist@askthephysicist.com> wrote:

There is always some friction, no matter how hard you try to eliminate it.
It would seem that for vacuum and magnetic suspension that the friction would be small and 1 hp motor might very well be fine. To do better than guess, I would need a number for frictional torque.

Does everyone agree with this or is this physicist wrong?
Please do comment as to your thoughts
Frank