Joe and all,
Yes Joe I do want you to build this, as long as we understand each
other. The diagram is drawn wrong.
Need 3 output diodes, each collector must have it's own diode to a
common buss.

Before everybody jumps to the 6" rotor you should work out the
basics. What I mean by this is that it takes time to work out the
geometry and the size of the magnets.
[For example]
The 4 pole rotor you have seen in the video is 6" in diameter 12"
long and it is cast aluminum pipe, the pipe is machined within .001
and flats were milled to hold the magnets. Each magnet is 6" long X
two Magnets to make 12 ", 3/8 thick 3/4 wide ferrite # 8 The case the
rotor is set in is 1' thick jet aircraft plastic because of the speed.

Coils are quad-filer wound #18 wire. Welding rod cores. Each heat
sink holds 12 devices 12 base, resistors 12 base diodes, 12 output
diodes, for a total of 48 devices. Their is a trick to this machine
we will get into this later, that allows it to function at this speed.

I would suggest you draw this up then show me what you have, I don't
want anybody to fail.

Coil bobbins are about 5'diameter about 4 inches high 3/4 hole in the
center. I will send a still picture if it will help.

I have a bad feeling that we are in for a real energy shortage after
the elections, it's the only reason I'm pushing for you to learn
this, "You might need it". My sources have not missed yet.

I will go on Jeff Rense when the book and the video is out.
On the video you will see me teaching a Grad PHD in this new math and
how I developed it.
The monopole motor with the fan on the front page here is a 10 coil
motor built on that bicycle wheel.
Sorry for the english, good in one thing bad in the other, master of
none.
John