F.B.D.I.S.S.M - Flux.Boosted.Dual.Induction.Split.Spiral.Motor.

[supersam]

@honk,

don't fool yourself into thinking, that you don't have a very intriguing idea!  trust me you have my full attention, and my order.  i would love the idea of a unit that can just power my whole house.  i was only trying to point out that miniaturisation, can only provide greater efficiencies.  which i believe acp also accepted as a given.  i am sure that eventually, that will become self evident.  it would really be neat just to have a unit that fits into the decorative scheme of my lamp that powers the thing. or a nano sized unit for the power supply for my dad's pacemaker that doesn't have to be replaced!  thanks for all your efforts, in advance!  keep up the good work.


lol
sam

[Honk]

Thank you for your support, Supersam.

Perhaps the magnetic wankel is possible to miniaturize but the magnetic force will decrease in a even greater order.
And there is the effect of mass to. In a very small design I believe the accelerated mass is to small to affect the sticky spot.
It's not possible to design a solenoid equal in strength to a neodymium magnet without using supercooled wire.
And when the artificial sticky spot is weaker than the neo magnets some of the gained mass movement must be
sacrificed to help overcome the neodymium sticky spot. This is the reason for me moving to a larger design. More mass vs sticky spot.
And the stronger I can make the solenoid at manageable cooling, the less momentum is lost.

[acp]

Honk,  In my opinion, your project and Jacks show the greatest potential of success out of all the different projects going on here on this forum. I'm not really that interested in the Al motor that everyone is currently trying to replicate, as it doesn't really show any potential for doing real work. Yours looks like it could be more than just a self runner, it might do some real work aswell.

What's most interesting about your project is that you are obviously a professional in electronics and engineering and have the skill to be able to  build, test and report on  the motor properly when it is finished.

[Honk]

Thanks Acp.

Check your inbox...a small, but big, surprise for you...

[Honk]

Here's a pic on the generator I intend to use when testing the FBDISSM.
It's actually an industrial 3 phase servo motor at 400V capable of 3.5KW.
But I does work fine as a generator to.
I will use a simple chain gearbox to fit the generator to the FBDISSM.
When running at 1600 RPM it delivers 230V, 3 phases at 94% efficiency.
If I just want 115V output I can lower the generator speed to 800 RPM.
It clocks in at 19kg or 41.8lb.