New magnetic-gravity motor chasing its tail from Tom

[Airstriker]

Third scenario:

Both engine magnet and runner sphere magnets repelling each other on the same platform BUT moving together as one unit continuously.

You mean sphere or ring magnet ? You were using ring magnets - design change ?

[ramset]

Tom
You must have an amazing mind to have achieved success where so many have failed!
On to whom much is given .......Much is required!!
  Don't let this achievment just blow in the wind..........
you will never control something this big,
Take this bull by the horns !![Steer]


TEACH!!

We've never been this way before !!
Chet

[lumen]

You have two magnets repelling each other. The lead magnet (runner)
moves forward, the second magnet or engine magnet moves backward according to Newtons third law.
They seperate a distance then nothing happens.

Second scenario:

The engine magnet CAN NOT move backward now:
THe runner magnet will still move forwad and leave the stationary engine magnet behind it  untill it reaches a distance then it stops.

Third scenario:

Both engine magnet and runner sphere magnets repelling each other on the same platform BUT moving together as one unit continuously  Thats where I am at now
 

Tom
.

Tom,
Does the device start out slow then accelerate to some faster RPM limit?
How long have you left it running?

If you need any help with custom parts or design work to get this project moving, I would be happy to assist you.

[magnetman12003]

You mean sphere or ring magnet ? You were using ring magnets - design change ?

Sphere magnets.  Ring magnets were to heavy and I found I did not need gravity at all.

Tom

[magnetman12003]

Tom,
Does the device start out slow then accelerate to some faster RPM limit?
How long have you left it running?

This device starts out like a racehorse and to tell the truth I have not found a practical way to vary the speed .  To slow it down or stop it I have to place a very large ring magnet near it without the setup or ring magnet colliding with each other.

Part of the spinning platform is heavy so it does not run away with blinding speed.

I would like to find someone that can cut a 3/8 inch  diameter titanium rod and thread one end of it to 16 threads per inch spec.
All done without marring or scratching up the rod.   Thats a power drive shaft  Titanium is extremely hard to machine.  I have a long rod to cut if anyone is capable of doing this.  I am using a grade 316 non magnetic stainless steel rod at present.

Tom

If you need any help with custom parts or design work to get this project moving, I would be happy to assist you.