...
On what do you base this assumption? Meteorites don’t do that in the moon’s atmosphere, why would you think missiles with penetrating warheads would in earth’s atmosphere? On the one hand a jet disappears, but on the other a missile bounces off?
The missile bouncing was premised on a <10° impact angle.
Nobody claims that UA93 had a <10° impact angle.
Why do you ask such a stupid question?
...
No, I looked long and hard at the damage and ticked off the list of possibilities until I arrived at the only one that fits all the evidence.
How does it fit the radar evidence? You know that radar records track UA93 all the way to a field near Shanksville?
How does it fit the FDR data? You know that the FDR was recovered and decoded, and its data works out to a pilot-induced crash in a field near Shanksville?
How does it fit the evidence of debris and human remains found in and around the crater in a field near Shanksville?
How does it fit the DNA data won from human remains found in and around the crater in a field near Shanksville?
How does it fit the evidence established by eye witnesses who saw a plane, plane parts, human remains?
In short: What evidence did you consider at all, beyond one (1) eye witness testimony and the shape of the crater?
Oh, I'll spare you the effort. Here are all the answers:
It doesn't
It doesn't
It doesn't
It doesn't
It doesn't
None.
It is still in its infancy but shouldn't be too difficult to prove or disprove with "Craters Producebdy Missile Impacts"
...
I haven't followed this nonsense from the beginning, so I may have missed something here - are you really comparing the shape of meteorite craters on the moon with craters created by cruise missiles, and believe same angles would create same shapes???
Because if you did, you'd... urrr how can I say this without running afoul of my Membership agreement ... you'd be rather foolish!
Major differences between both that I can think of would be:
1. Moon's surface is extremely dry; it's loose dust on bedrock. Shanksville's surface is deep top soil with considerable water content over sedimentary ground.
2. Meteorite is MUCH MUCH faster than missile; acts mostly by transfering kinetic energy and momentum, both of which have vectors along that <10° impact angle; the direction of this vector directly bears on shape of crater, and where debris falls. Missile has low kinetic energy, it's the explosive ordinance that moves most of the debris, and does so in all directions (the velocity of the shockwave is far greater than that of the missile before impact). Crater shape depends largely on where the payload detonated (above, on, below ground surface).
What a stupid theory!