You find nothing contradictory about what you just said?
No. Or did I miss something? I'm blaming a sub-standard training department, along with fatigue/tiredness due to commuting, weather, long day.
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You find nothing contradictory about what you just said?
Then if you blame this on pilot error, then every single recent crash is all to be blamed on pilot error: Comair taking off on wrong runway, AA pilot slamming rudder full deflections each way to the stop, snapping off tail, continuing in a storm to overrun a runway at LIT, slamming a perfectly fine 757 into a Columbian mountainside, and even the most recent Fedex crash in Japan. Do you blame pilot error and throw everyone under the bus?
"When the stall occured, the Captain NEVER lowered the noise/angle of attack. UNACCEPTABLE!!!"
Maybe he did what he did in the sim, and the way the training program taught him. I can tell you as a FACT that at our airline, on the CRJ, we are NOT told *initially* to lower the nose when the stick shaker goes off. We are taught max power, and minimize altitude loss by "staying" in the shaker (in some cases, this actually means slight BACK pressure), while letting the airspeed come up and VSI trend to increase. Only when that happens do we FINALLY lower the nose.
As I said, this is a training issue. At our airline, we've already done away with all 3 stall profiles. GONE. Now we just have a one page generic stall recovery procedure. No profiles. As for the repercussions from this accident, get ready for a complete change/overhaul in stall recovery procedures, and stall training all the way to the pusher.
Well, then fine. But I disagree, in fact, I've asked about a pusher and any training in the event it happens, but no one does it. Why? The FAA doesn't require it. Hell, yes, we should not stall. And YES, we should recover at just the onset of a stick shaker. But once the pusher goes off, I don't recall any training ever in the sim, in terms of what to do next. It's pretty much up to you, let the pusher do its thing, lower the nose, and let the airspeed rise. Not a big deal when you're 10,000' or higher. A HUGE deal when you're only 1,000 to 1,500 AGL. At that point, who knows, human instinct might to be pull up to avoid the pusher taking you into the ground. I wouldn't know.
But I think we should all get ready and be prepared for stall profile changes, and training right up to and in the pusher. Our airline already did away with stall profiles. I'm sure others will be changing soon, more to follow.
Well, then fine. But I disagree, in fact, I've asked about a pusher and any training in the event it happens, but no one does it. Why? The FAA doesn't require it. Hell, yes, we should not stall. And YES, we should recover at just the onset of a stick shaker. But once the pusher goes off, I don't recall any training ever in the sim, in terms of what to do next. It's pretty much up to you, let the pusher do its thing, lower the nose, and let the airspeed rise. Not a big deal when you're 10,000' or higher. A HUGE deal when you're only 1,000 to 1,500 AGL. At that point, who knows, human instinct might to be pull up to avoid the pusher taking you into the ground. I wouldn't know.
But I think we should all get ready and be prepared for stall profile changes, and training right up to and in the pusher. Our airline already did away with stall profiles. I'm sure others will be changing soon, more to follow.
Taking the training one step further than the stick pusher, I think everyone should do a full stall in the simulator. Whether it is required or not, it would be good to know how the "aircraft" acts in a stall. The stall profiles are a joke. Realistic stall scenarios should be practiced.
Seems like he did a light GA aircraft stall recovery????