flynryan15
Well-known member
- Joined
- Oct 27, 2003
- Posts
- 637
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Just curious does the Q400 have a trend vector on the air speed tape?
Thanks for the link. Does the real q400 has glass pfd like the one shown in the video? How about autothrottle? AOA indicator?
Everytime I watch one of these, it just reminds me that we're all vulnerable at one point of our career...
Yes, it does.
Everybody here is missing the real point. DONT STALL!!! Its really not that hard. Stall recovery profiles should NEVER be used on the line because you should NEVER unintentionally stall an aircraft...
Colgan FO:
22:16:26.6
HOT-2
uhhh.
The stick shaker started about a second later. You think she saw something?
Everybody here is missing the real point. DONT STALL!!! Its really not that hard. Stall recovery profiles should NEVER be used on the line because you should NEVER unintentionally stall an aircraft...
There is no single cause for an accident, but a bunch of links coming together to form the chain.
Actually, it looks like flaps 10 according to the FDR based animation. That is also consistent with what has been stated as Colgan procedure to stop at intermediate increments like flaps 10 prior to flaps 15.Actually they were at flaps 15:
22:16:23.5
HOT-1 flaps fifteen before landing checklist.
22:16:26.0
CAM [sound similar to flap handle movement]
If pilot error is to blame, it is the training program that should be primarily blamed. Stall profiles at airlines need to be changed. And not to mention, fatiuge and scheduling rules need to be changed, but the FAA will not give a rats as$ when power airline lobbyists use their "pressure."
Raise your hand if you've been taught by a Part 121 airline during the stall recovery section of simulator training to not lose altitude at all costs, no matter how long you keep it in the shaker, how much you ride the barber pole, and how close you get to a pusher.
"Don't let the nose drop!"
If you do max power and IMMEDIATELY lower the nose, the shaker will stop, and that is not what we were taught in the sim.Why is the training program to be blamed? All my training from private to 121 has taught the same type of recovery from a stall. Lower nose, increase airspeed, pitch up when sufficient airflow over wings, and level off and clean it up at previous altitude.
You would had you perceived it to be a tailplane icing stall.I know my 121 training didn't tell me to pitch up to 31 degrees at full power with airspeed decaying...
He got stick shaker and pitched up to 25 degrees for 7 seconds before getting stick pusher. I'm still scratching my head. That would have been perfect for demonstrating MCA. Flame me all you want, but I can't help but think.. "buffoon".
Why is the training program to be blamed? All my training from private to 121 has taught the same type of recovery from a stall. Lower nose, increase airspeed, pitch up when sufficient airflow over wings, and level off and clean it up at previous altitude.
I know my 121 training didn't tell me to pitch up to 31 degrees at full power with airspeed decaying...
I will continue to believe that this crash was not a result of a poor training program, but of distraction and fatigue.
If it is even a possibility an airplane can stall, then at some point, there will be a stall. Inadvertant, of course, but you are in NO position to judge the other person. There can be a multitude of reasons. OBVIOUSLY IT WAS UN-INTENTIONAL. No one wakes up and says, yup, I'm gonna stall and crash this plane today! It was an un-desired state the aircraft ended up in, and then a botched recovery due largely to a POOR training program. Add to this LONG TIRING SCHEDULES, tiredness from a long day, fatigue, and you get a recipe in which an UN-DESIRED state can occurn in an aircraft (re: stall).
There is no single cause for an accident, but a bunch of links coming together to form the chain.
So was Sten Molin a buffoon, too?
So was Sten Molin a buffoon, too?
Raise your hand if you've been taught by a Part 121 airline during the stall recovery section of simulator training to not lose altitude at all costs, no matter how long you keep it in the shaker, how much you ride the barber pole, and how close you get to a pusher.
"Don't let the nose drop!"
The thing I can't believe is the media reporting that the NTSB says that icing was not a factor. Are you kidding me? Is the NTSB really saying this? Icing was obviously the BIGGEST factor in this accident. True, it was pilot error in letting the airspeed deteriorate, but if the airplane wasn't covered in ice it would have stalled at a much lower airspeed. Not to mention how distracted the crew was by the whole idea of ice being on the airplane.
No one stalls on PURPOSE! It's when a bunch of factors come into play, attention diverted (maybe a turn from base to final, eyes out, and speed drops while spoilers were out), adding the fact this is leg 6 of 6 and you're pushing a 14+ hr duty day.Like 99% of other pilots out there, I dont stall airplanes, therefore not needing to see if my training department has taught me proper stall recovery.
I'm just not sure what there is to learn from this accident, really.
That the never ending quest to "never compromise savings" is burying this industry and people along with it.
The question is- will any true corrections be made from it?
Everybody here is missing the real point. DONT STALL!!! Its really not that hard. Stall recovery profiles should NEVER be used on the line because you should NEVER unintentionally stall an aircraft...