and that thing was dropping like a rock. Something like 10,000 ft a minute.
I had not realized that they flew INTO a thunderstorm.
http://www.theatlant...-tells-us/239598/
Did some searching
and that thing was dropping like a rock. Something like 10,000 ft a minute.
I had not realized that they flew INTO a thunderstorm. http://www.theatlant...-tells-us/239598/ |
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Yup. ~ 120 mph down. AKA "terminal velocity" :-(
If one knows the numbers for mass, appropriate cross-sectional area, once can calculate the terminal velocity here - http://www.grc.nasa....rplane/termv.html
150 ft/sec = 100 mph. Cheers, Scott. |
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One possible nit.
With the airbus' FBW [fly by wire] system and passive stick, the crew would have none of the force or buffet cues through the side-stick that might have told them this. I am very far from an ATP and I know next to nothing about Airbus control systems. But, after about 9 years of hangar flying with some ATP's, it's my understanding that even fly-by-wire a/c have "shakers" in the control yokes. These are designed so that the pilot gets a physical cue that a stall is imminent. Maybe it malfunctioned or is not part of the Airbus design (if not, that, in and of itself, would be alarming). This is very dangerous flying, I don't care who you are. In IMC, you're taught to "trust your instruments" because, well, that's the only thing that's going to tell you if you're upside down or not. It's a hell of a thing to be in hard IMC and not be able to rely on your instruments. |