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>That happens when a plane is shut down in mid air.
And when an aircraft is overstressed (say by a terrorist trying to crash it) and it begins disintegrating. It also happens when a rear bulkhead blows due to a poor repair, when an engine has an uncontained failure, when a fuel tank blows etc.
About six months ago our Skyvan had an uncontained engine failure; lost a bunch of engine parts over Elsinore, but managed to make it back to Perris (over six miles away!) You figure someone "shut down" our skyvan in midair?
I am guessing it was a plot by the Jewish skydivers of Elsinore trying to get more of the Perris business.
JohnRich 4
QuoteAbout six months ago our Skyvan had an uncontained engine failure; lost a bunch of engine parts over Elsinore, but managed to make it back to Perris (over six miles away!) You figure someone "shut down" our skyvan in midair?
Oh my gosh! I'll bet that someone on the Elsinore Skyvan was about to spill the true story about Flight 93, and the government was trying to crash the plane to silence him! None of us are safe! Run for your lives!
funjumper101 15
Quote>There were two seperate debris fields. . . .I believe that it is NOT possible for that to happen.
It happened during the crashes of TWA flight 800, American Airlines 232 in Sioux City, American Airlines 191 in O'Hare, JAL flight 123, AA flight 587 and many others. In the JAL example, one debris field (the vertical stabilizer and some human remains) was found nearly 100 miles from the large debris field.
TWA Flight 800 went down due to an in flight explosion of the center fuel tank. The explosion seperated the nose section from the rest of the airframe.
AAL 232 was a DC10 that experienced uncontained failure of the engine in the tail. In flight explosion? pretty close. It pretty much shot itself down with shrapnel. Go see Al Haynes's presentation on this one. I did. Very impressive.
JAL Flight 123 went down due to structural blowout of the pressure vessel. The failure was due to substandard repairs. The blowout blew the vertical stabilizer off the plane. The pilots tried to maintain control and did so for a while, then lost it. An in flight explosion? Almost.
AAL 587 - The official story is that the pilot overstressed the airframe by vigorously operating the rudder in response to wake turbulence. The end result was structural failure. The vertical stabilizer and rudder fell off, causing the crash.
Each of these events produced debris fields far from the final impact site.
I should have written "In this case, I believe that it is NOT possible for that to happen." I'll go edit the original post.
Nice catch, Bill.
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QuoteQuote>There were two seperate debris fields. . . .I believe that it is NOT possible for that to happen.
It happened during the crashes of TWA flight 800, American Airlines 232 in Sioux City, American Airlines 191 in O'Hare, JAL flight 123, AA flight 587 and many others. In the JAL example, one debris field (the vertical stabilizer and some human remains) was found nearly 100 miles from the large debris field.
TWA Flight 800 went down due to an in flight explosion of the center fuel tank. The explosion seperated the nose section from the rest of the airframe.
AAL 232 was a DC10 that experienced uncontained failure of the engine in the tail. In flight explosion? pretty close. It pretty much shot itself down with shrapnel. Go see Al Haynes's presentation on this one. I did. Very impressive.
JAL Flight 123 went down due to structural blowout of the pressure vessel. The failure was due to substandard repairs. The blowout blew the vertical stabilizer off the plane. The pilots tried to maintain control and did so for a while, then lost it. An in flight explosion? Almost.
AAL 587 - The official story is that the pilot overstressed the airframe by vigorously operating the rudder in response to wake turbulence. The end result was structural failure. The vertical stabilizer and rudder fell off, causing the crash.
Each of these events produced debris fields far from the final impact site.
I should have written "In this case, I believe that it is NOT possible for that to happen." I'll go edit the original post.
Nice catch, Bill.
So then my theory could be correct. Flight 93 was shut down mid air. That would explain how the debris spread all over the place.
funjumper101 15
QuoteQuoteDo you honestly believe that clothing, books, and human remains could drift six miles from the point of impact, bypassing all of the area between?
Yes, if something like a baggage hold compartment popped open under enormous G-stress and dumped it's contents in mid-air.
Isn't it amazing how such a simple explanation can destroy such a beautiful conspiracy theory?QuoteFeel free to believe everything the government tells you.
Feel free to make up conspiracy theories every time something happens which you don't understand.
There was a baggage compartment door found in the secondary debris field?
Where does that information show up?
Were parts from the cabin floor found there as well?
If not, how could human remains be in the secondary debris field?
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Such a plane diving toward the ground could be traveling at 600 mph. That's 10 miles per minute. Thus, a 6-mile debris dispersion represents only 36 seconds of flight time at that speed. At that doesn't even factor in how far things might blow in the wind.
One correction - if it's diving towards the ground to get that speed, the horizonal component is significantly less than 600mph.
billvon 2,990
> operating the rudder in response to wake turbulence. The end result was
> structural failure. The vertical stabilizer and rudder fell off, causing the
> crash.
Right. In this case we have terrorists vigorously yanking the yoke around and rolling the aircraft inverted, thus rapidly exceeding both Vne and G-loading limits. The end result was likely structural failure.
Zipp0 1
Quote>The official story is that the pilot overstressed the airframe by vigorously
> operating the rudder in response to wake turbulence. The end result was
> structural failure. The vertical stabilizer and rudder fell off, causing the
> crash.
Right. In this case we have terrorists vigorously yanking the yoke around and rolling the aircraft inverted, thus rapidly exceeding both Vne and G-loading limits. The end result was likely structural failure.
I thought I read that the cockpit voice recordings had no evidence of a struggle?
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Chuck Norris doesn't do push-ups, he pushes the Earth down.
And when an aircraft is overstressed (say by a terrorist trying to crash it) and it begins disintegrating. It also happens when a rear bulkhead blows due to a poor repair, when an engine has an uncontained failure, when a fuel tank blows etc.
About six months ago our Skyvan had an uncontained engine failure; lost a bunch of engine parts over Elsinore, but managed to make it back to Perris (over six miles away!) You figure someone "shut down" our skyvan in midair?
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