A 3-phase motor that runs by “switched reluctance” and has
two different rotors?
This new crop picture, which appeared near Wilton on June 15, 2026,
at first seems to resemble a “switched reluctance motor”, such as
the 8-pole-stator, 6-pole-rotor version shown in a movie below. All
of those “little circles”, flashing green or blue, represent
copper wires which conduct electrical currents, so as to turn 8
wire-coils on its stator “on” or “off” using computerized switching:
We can see very similar “pairs of little circles” in
the crop picture drawn near Wilton! There they suggest “3 poles”
along the outer stator, consistent with 3 long, T-shaped protrusions
of laminated iron, around the outer circumference of its rotor. That
arrangement would be expected to work well, since 3 poles on its
stator would be enough, to always remain in close contact (by para-magnetism)
with 3 long, T-shaped sections on its rotor:
Yet
it is truly strange to see three more sets of
“little circles” near the center of
that “switched reluctance motor,” drawn in the Wilton crop picture
on June 15! Perhaps the E.T. crop artist is trying to describe a
novel kind of switched reluctance motor, which contains two
different rotors (one outside, one inside)?
Such a novel kind of motor does not yet exist on Earth. So I cannot
say much about its possible function, except to speculate that it
would allow two different rotors made of laminated steel (one outer,
one inner) to rotate in opposite directions.
This might be akin to how we use two, counter-rotating propellers in
some of our airplanes on Earth.
P.S. Wilton of June 15, 2026 showed a 3/3 “switched reluctance
motor” (SRM) with two
stators rather
than two rotors
With further research, I solved that difficult problem! Please see
"Switched Reluctance Motor Drives for Hybrid Electric Vehicles"
(2017) by Christopher Lee, James Kirtley and M. Angle (Chapter 6).
The double-stator arrangement for hybrid-electric cars is more
efficient than single-stator. This seems to
hold true for UFOs as well!
Best wishes to all, Red
Collie
