The animation altitude is exactly the same as the FDR information. You failed to understand my posts. I am a pilot and an engineer, you may not understand me.
Hey Mr. Engineer...
If RAD ALT is showing 273 AGL at 9:37:44, and you know there's an error
with the calibration of the pressure altimeter (not set to local pressure),
how can the plane be 173 feet above sea level?
Now do you understand the plane's altitude , 2 seconds before impact
is too high to hit the light poles, and too high to hit the Pentagon?!
(OMG, if you only knew) The RADALT reads 273 at 1.5 DME, with over 3 seconds left to reach the Pentagon.
WRONG! The last recorded value of DME was 1.5 at 9:37:44
That is already stored in CPM, and shown clearly in the data file!
2 seconds based on the time stamp, DME and speed! Do the math!
The heading important; so take the true track, or mag track and draw a line to the impact point back, place your 1.5 DME on that line you have over 4 seconds or more to go!.
Impossible at 1.5 DME to line up with the light poles. It has already been
proven incorrect!
You forgetting to account for speed in your calculations too! 4 seconds?
With DME error and storage resolutions issues, the DME is not very accurate, and can be off by .3 to .5, maybe more.
Wrong again Mr. Engineer! The tolerance for DME is +/- 0.1 nautical miles.
PLUS, or MINUS....I'll give you the benefit of the doubt and let you have PLUS
0.1 nautical miles.
It still doesn't line up with the official story!
Oops, did someone forget to account for speed in their theory?! LMAO
The terrorist was descending up to 6600 fpm, his last stick input was the greatest down stick than all his other inputs! I fear some of the terrorist not strapped in, took to flying in the cockpit and aisles! Is this a possible time the FDR stopped recording data (it did)? Only a hand full of modern airliners have been at zero G! I recall a flight with a FDR just like 77, it lost 13 seconds, the same time as a major upset occurred.
Too bad the g data doesn't account for your rediculous statement. Remember
Mr. Pilot/Engineer, the stick movements don't relate to the g data for the
body of the plane.
Inertia! Remember that physics term? At 500 MPH, the movement of the
plane is not instantly reflected by the yoke inputs. It takes time for an 80 ton
aircraft to respond at 500 MPH!
We're flying through a gas (air), not mechanically connected to a road surface
with a tire.
Nice try to spin physics there my friend.
You are being literal, at 1.5 DME is very possible to hit the Pentagon from the RADALT at 61.2 true track, 1.5 DME, using your numbers (bet you forgot to plot the true track! You just proved 77 can hit the Pentagon, and previous thread have the math to show you the 11.2 G math/physics error by Balsamo is pure junk! You have debunked yourself. Kids (young men and women), take physics, it may be hard, but you will not regret it (look at Einstein! Truthers seem to quote Hitler, I prefer Einstein.).
Again Mr. Engineer, you are not accounting for g , or speed data with your
true track crap.
All the numbers have to line up...unfortunately, your guesses and theories
expose clearly that you have not thought this through very well.
The rest of your post is garbage and does not need to be addressed.
Show all of us how you position the plane at 1.5 DME, using speed, altitude,
g, and heading.
You all will soon see the Beachnut is grasping.