b707guy
Analog Kid
- Joined
- Feb 5, 2007
- Posts
- 520
Let's say you're at V1 with the yoke or stick in your lap and the nosewheel doesn't leave the runway.
Whoops, meant to say "VR", of course. Couldn't edit it!
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Let's say you're at V1 with the yoke or stick in your lap and the nosewheel doesn't leave the runway.
I know Connie got from the insurance a new engine to replace the one lost in Michigan Lake. But also I heard he secretly sent a scuba divers team to recover the lost engine. What IF that engine was on the BRU's 747 bird?
No matter what, after V1 the ship goes into the air. Successfully aborts after V1 are rare and the crew is lucky that the fuel tanks were not compromised (thanks Boeing) or they would be TOAST.
I know Connie got from the insurance a new engine to replace the one lost in Michigan Lake. But also I heard he secretly sent a scuba divers team to recover the lost engine. What IF that engine was on the BRU's 747 bird?
- 2 sec after the bang, thrust was reduced to idle - no reverse thrust commanded - vigourous braking started and maintained until final stop
No TR....we all make mistakes...hope this isn't true....
I don't know why everyone has to monday morning QB this to death,
Umm.. no
We train for an engine out at V1. After V1 with an engine out or on fire, we continue. There are many things things that can happen to an airplane at or past V1 that would be catastrophic if continued. For instance, #2 comes apart and takes out #1 with it. You are not going to make it to Vr before the end of the runway. Hell, I bet you would lose directional control and begin to drift off of the runway. Vmcg at V1 is only guaranteed with one outboard engine out. If you are losing directional control after V1 you have to reject. If you hork it into the air you will vmc the thing into the ground.
avbug, were you crew? You must have been the way you're arguing.
Only one thing should have stopped that AC from going airborne after V1, and that is multiple engine failure which is about as likely as getting struck by lightning.
No matter what, after V1 the ship goes into the air. Successfully aborts after V1 are rare and the crew is lucky that the fuel tanks were not compromised (thanks Boeing) or they would be TOAST.
Hey Connie Boys I think you all are a class act, watched one of your 747s boom out of JFK last night at 0 dark 30, a clean looking machine,and one of the few classic 747s still earning a living,the truth will all come out ,I don't know why everyone has to monday morning QB this to death,sorry about the thread creep,but this former DC3,Piston Convair,freightdog salutes you,Godspeed,keep those big Boeings flying !
Did you read my entire post or do you have reading comprehension problems?
avbug, were you crew? You must have been the way you're arguing.
Only one thing should have stopped that AC from going airborne after V1, and that is multiple engine failure which is about as likely as getting struck by lightning.
No matter what, after V1 the ship goes into the air. Successfully aborts after V1 are rare and the crew is lucky that the fuel tanks were not compromised (thanks Boeing) or they would be TOAST.
Funny. You contradicted yourself in your own post. I quoted the part of your post I disagreed with.
And then you contradict yourself and said in that same post.
What I state in my post is exactly what I mean.
At or after V1 the crew is to assume the AC will fly and act accordingly. High speed RTO's are almost always more disastrous than following procedure and continuing.
I stated that the only thing that WOULD keep it from flying would be multiple engine failure. Multiple engine failures on TO are extremely rare. At or after V1 is not the time to start interpreting the problem and try to decide if you should break procedure and give a high speed abort a try with no numbers to give you any inkling of the outcome.
If the preliminary reports are correct, someone just destroyed a good AC that had one engine compressor stalling and could have and should have made an uneventful TO.