Antigravity effect based on a principle of counter-rotating magnets

[z.monkey]

Howdy Charlie_V,

Yeah, not on coke, sorry...

However I do eat lots of chiles... 

Like Habaneros and Bhut Jolokias...

Blessed Be Brothers and Sisters...

[TheOne]

Lets say I have 2 rotating wheel with opposing direction, 2 massives wheel in MDF with magnet, what is the required RPM needed to begin to see an anti-grav effect?

[z.monkey]

Howdy TheOne,

That really is TBD.  There is no specific data on the internet, only theoreticals.  I would assume that is in the range of the speed where the gyroscope starts exhibiting it unique behavior.  Probably around 10,000 to 13,000 RPM.  So, this system would have to be very highly balanced.  In a mechanical system the bulk of the mass would have to be around the periphery of the flywheels.  This would require super strong advanced materials to make up the support areas of the wheels.  This is why the mercury system would be better.  You wouldn't need an axle and all the spinning mass that holds the periphery in place.  The antigravity system would be around the edges of the ship and not take up any space on the inside. I have a lot of theory and have worked out probable scenarios in my mind, so I have done a lot of the research.  However to prove the ideas in my mind would be a task of considerable effort and expense.

I really just want to cruising for space chix...

Blessed Be Brothers and Sisters...

[TheOne]

z.monkey,

Ho! I did not know that was that high lol

Schaubeger say its need around 1200 RPM to self-start. Don't know for the anti-grav. But its not the same tech.

So to get 13000 RPM its more complicated for simple experiment. Maybe its possible to scale down one (very tiny) using very high speed motor to test this.

What I see for a very simple test bench is to use a small wheel in between 2 rotors, make the small wheel turn, that make the 2 rotors turn on opposite direction, but to get 13000 RPM on the 2 rotors you will need a motor that can run like 100000 RPM, and I prob hard to find this kind of motor (100k with load)!

[z.monkey]

Howdy TheOne,

Well, Schaubeger is the master, I am the n00b...  It may be 13000 RPM for something that is 2 inches in diameter, might be 1200 for something 5 meters in diameter.  This is why we need to do research and development.  Without the experimentation we just don't know.  I think the difference is the amount of mass you are trying to move.  The more mass you have the less you have to spin it to get an effect.  Again subject to experimentation.  I think the basic mechanism we need is a counter rotating differential gear system.  When one wheel spins clockwise the other wheel spins at the same rate counter clock wise.  Vectoring the force can come later.  We need to focus on the basic premise first...

Blessed Be Brothers and Sisters...