Balsamo misrepresents your position. I agree. What does that say about his credibility?
We are talking about the difference between 1/1,000 vs. zero.
Not a heck of a lot of difference.
Balsamo misrepresents your position. I agree. What does that say about his credibility?
We are talking about the difference between 1/1,000 vs. zero.
Not a heck of a lot of difference.
We are talking about the difference between 1/1,000 vs. zero.
Not a heck of a lot of difference.
That statement using the "impossibility" word did not include me. When someone was ready to post this to 911blogger, I was asked if I agreed with that statement. I said I didn't. Thus, when it was posted to 911blogger, it was as a sub heading to a major heading, where the major heading used the "improbability" word.
I read your statement and you basically imply things but never commit to anything, nor do you use evidence to back your talk, only BS.Pilots For 9/11 Truth have analyzed the speeds reported for the aircraft utilized on 9/11. Numerous aviation experts have voiced their concerns regarding the extremely excessive speeds reported above Maximum Operating for the 757 and 767, particularly, United and American Airlines 757/767 Captains who have actual flight time in all 4 aircraft reportedly used on 9/11. These experts state the speeds are impossible to achieve near sea level in thick air if the aircraft were a standard 757/767 as reported. Combined with the fact the airplane which was reported to strike the south tower of the World Trade Center was also producing high G Loading while turning and pulling out from a dive, the whole issue becomes incomprehensible to fathom a standard 767 can perform such maneuvers at such intense speeds exceeding Maximum Operating limits of the aircraft. Especially for those who research the topic thoroughly and have expertise in aviation. (11.2g, 35g hockeystick balsamo)
This is a lie, why do you join liars who after tell lies say they offer no theories on 911, but why do they post lies?experts state the speeds are impossible to achieve near sea level in thick air if the aircraft were a standard 757/767 (Deets)
It is possible, but you include the small target nonsense.(4) the 767 flew well beyond its flight envelope, was controllable, and managed to hit a relatively small target.
We are talking about the difference between 1/1,000 vs. zero.
Not a heck of a lot of difference.
We are talking about the difference between 1/1,000 vs. zero.
Not a heck of a lot of difference.
The possibilities as I see them are: (1) this wasn’t a standard 767-200; (2) the radar data was compromised in some manner; (3) the NTSB analysis was erroneous; or (4) the 767 flew well beyond its flight envelope, was controllable, and managed to hit a relatively small target. (Deets)
You don't think that there is a alot of difference between 1 chance out of 1000 and Zero?
That is unbelievable.
In fact shocking.
No, I never said it was not possible. I said it was improbable.
Mr. Deets,
As commendable as it is to calmly and professionally respond to this barrage, I recommend that you wait for a moderated thread. As you can see the tactic is not just misrepresenting your position but debate by committee. They will ignore and bury any of your pointed questions so the debunkers can create a false sense of victory. It would be much more effective to have you debate Mackey one on one so that he is forced to deal directly with your questions without all the accompanying bluster.
Just a thought,
Red
Mr. Deets,
As commendable as it is to calmly and professionally respond to this barrage, I recommend that you wait for a moderated thread. As you can see the tactic is not just misrepresenting your position but debate by committee. They will ignore and bury any of your pointed questions so the debunkers can create a false sense of victory. It would be much more effective to have you debate Mackey one on one so that he is forced to deal directly with your questions without all the accompanying bluster.
Just a thought,
Red
Mr. Deets,
As commendable as it is to calmly and professionally respond to this barrage, I recommend that you wait for a moderated thread. As you can see the tactic is not just misrepresenting your position but debate by committee. They will ignore and bury any of your pointed questions so the debunkers can create a false sense of victory. It would be much more effective to have you debate Mackey one on one so that he is forced to deal directly with your questions without all the accompanying bluster.
Just a thought,
Red
What number to you propose?
We know for sure Egypt Air and Boeing did not agree on this. Part of EA's argument is Boeing was analyzing flight responses outside their published flight data that was only valid inside the flight envelope. EA also maintained there were portions of the flight after it was outside the approved flight envelope where the pitch response of the airplane was consistent with a missing right elevator. Their actual statement was, " (4) the pitch and roll motions recorded during the last 15 seconds of FDR operation were 'much closer to the expected aircraft performance if the right elevator is missing.'" [...]
I think a prudent person would take into account this flight data that may support the loss of a control surface during flight beyond the flight envelope.
And what demonstration would suggest showing the target would not be difficult to hit? I have tried to think of a demonstration that would put to bed that issue. I haven't thought of any.
I did do a calculation comparing the included angle at the pilot's location encompassing a 210' wide tower when 2 sec out from striking the tower. It turns out to be 7 deg.
Then, I looked at a 150' wide runway where a 767 pilot has a 7 deg included angle when at approach speed. The question, how far out in time from touchdown is the pilot? Answer: 4.8 sec.
This says, the pilot heading to the tower has less than half the time to make corrections (at the same included angle) as a pilot landing on a runway at approach speed.
We are talking about the difference between 1/1,000 vs. zero.
Not a heck of a lot of difference.
NIST crafted their explanation at a time when they maintained the building came down 40% slower than freefall. I won’t go into the explanation other to say it was a natural progression following what they called thermal expansion of a long girder, due to out of control office fires.
NIST changed their position on freefall just before issuing their final report. The final report said the building collapse included a stage having a 2.25 sec. free-fall drop extending 8 stories. However, they didn’t change their explanation to go with this new position on freefall.
Why I disagree with the NIST explanation -- During freefall, there must be simply a conversion of potential energy into kinetic energy. There can’t be any energy going elsewhere, such as doing work by bending metal in the structure below. That means, the structure below must get out of the way abruptly. Explosives are the only way to do this in a steel-framed high rise.
...
It would be no difficult thing to put untrained individuals in a suitable simulator and see whether they could hit a World Trade Center.
In fact, this experiment has already been done. Danish TV did exactly this, except with the much more challenging Pentagon as a target. Their test subject succeeded in 3 out of 3 trials.
Except pilots do a whole lot better than just land somewhere on the runway. Their actual precision is about ten times greater. They rarely miss the center stripe by more than a few feet.
...
Dutch TV, IIRC.
(Just to show R.M. makes mistakes)
Or, alternatively, refuse to present any line of argument at all. It seems to be the preferred approach of most truthers, although I've yet to see how it's supposed to convince anyone of anything.
Dave
...the only real issue with overspeed is a brief period of higher than normal dynamic pressure and possibly vibration.
I’m talking about flying well beyond its DIVE speed. This already is well beyond its MAX OPERATING speed.Egypt Air does not dispute either (a) a Boeing 767 can hold together well past its max operating speed, or (b) a Boeing 767 is controllable well past its max operating speed.
That’s right. I feel cockpit simulators are inadequate to assess this situation. Flying well beyond the validated aerodynamics data base gives me no confidence in a simulator. The vibrations in the cockpit, warning lights going off, etc., means the cockpit simulator would be completely inadequate, particularly for a novice pilot.This rather surprises me. You should be aware that at DFRC, where you used to work, there are numerous cockpit simulators. (ETA: See photos here.) I've worked with the F/A-18, X-33, and Shuttle ones at various times in my career.
Wow! Is this ever made up. In fact, I can’t even figure out what it is saying. You are saying a novice pilot’s actual precision would be about ten times greater than, what? Or is that, an expert pilot’s precision is about ten times greater than, again, what? What are we comparing it to?Their actual precision is about ten times greater. They rarely miss the center stripe by more than a few feet.
This is the Appeal to Probability fallacy in a nutshell. Whittle away at reality, then claim it can be totally neglected. Based on reasoning shown above to be total nonsense.
This part of the collapse is not remarkable.
andI've bolded your error.
...this "freefall" portion, which only affects some of the perimeter,
That "free fall" by the way is approximate.