Ask him why one of both 2 yellow pins on the map is not starting nearly exactly on top of the west wall impact event. The :36 second one.
Since we can see from the notation of the times attached to the RADES radar returns, they used an atomic clock reference. (09:37:36.805)
That means that RADES can calculate the 3D positions extremely correct.
In both the vertical and horizontal plains.
If John Farmers theory has merit, at least one of the radar returns would have to be exactly or very near the official impact point. In this case the
earlier, :36 seconds one.
One other important thing to check if his theory is right :
At which side of the shown map with the 2 yellow pins, is the 84th Rades squadron radar disk situated?
If you know that disk's position's bearing, and follow John Farmer's reasoning, ("" the rising fireball and smoke column are moving slightly to
the southwest. ""), then there is only one possible RADES radar disk position to fit the theory.
Draw a line through both yellow pins, that is the trajectory covered and followed by the rising fireball, registered as the fake last 2 flight
positions of flight 77, according to John Farmer.
(As you see, there is a compass rose in the right top corner of the Google map shown above. Draw a line through its center and the SW position,
that's the direction where RADES must lay on the map)
During one full 360° sweep of the RADES radar disk, which seem to take only 12 seconds, that fireball must have moved quite an impressive distance,
with a far too fast velocity, for a smoke cloud.
Just measure the distance between both yellow pins.
Can some one post the above map with the line drawn through the 2 pins, and the position direction (an arrow) of the RADES radar disk which "looked"
in the direction of the Pentagon ?
RADES radar disk must lay nearly exactly on the extended line through the 2 yellow pins, in the southern direction, to be able to register first the
:36 sec radar return, and then in the next 12 seconds radar disk sweep, the :48 sec radar return, while that fireball moves in the southwest
direction.
Only in that case is John Farmer's assumption reasonable, and still we must check with Air Traffic Controll radar personnel if a rising fireball can
be mistaken at all on a radar screen for a solid plane, flight AA77.
I expect that the RADES radar disk is situated somewhere on that huge airfield near Washington, Andrews AFB.
Where the C-130 with call-sign "Gopher6" took off from, and then flew over the Washington Mall.
[edit on 8/11/07 by LaBTop]