Similar to this?During landing, at 9 ft RA the PF engages the reversers, and drops like the proverbial rock. And for some reason, when the plane bounces with the reversers out, the RA indication exceeds 10 ft. What happen to the reversers?
Old Baron?I retracted my fixed gear in the flare once going for the flap handle. Somehow I managed to put it down still.
Similar to this?
I know some newer, smarter planes will automatically stow TRs and speedbrakes during a bounce (given certain conditions), but the older ones who knows. I'd imagine MDs and 737s are still rocking cables and pulleys.
Random: There was a guy in a Citation I used to fly that aborted a takeoff, pulled the buckets with the thrust levers at takeoff power (no idea, don't ask), and the thrust levers snapped to idle, breaking the copilot's left wrist who was guarding them.
But that led me to wonder what would happen if the T/Rs were out and you elected a go around on the bounce??
yawn .....retract your flaps in the flair and post it!
I retracted my fixed gear in the flare once going for the flap handle. Somehow I managed to put it down still.
Moving the flap or gear handle inside of whatever stabilized approach criteria you have set is somewhere between incredibly stupid and extremely dangerous.
I know a guy who did that in a light twin and grabbed the gear handle by mistake. He bought himself a 709 ride with that one. Cash transaction.
I know it's a joke around these parts, but the practice is an incredibly easy way to get yourself in trouble.
The PC-6 is certified for BETA use in flight and there are some wicked youtube videos of it.
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Which makes me say, "why not other airplanes?" I suspect the answer is more about lawyers than it is about actual departures from flight...though the question then becomes "do you want to be the guy to test it?" Which is typically answered "no, I'm alright, thanks."
This is the same debate I had when I was instructing. I'm 99.9% certain a Seminole can recover from an upright spin, but I'm 0% willing to try it.
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Asymmetric beta on a plane with wing mounted engines sounds like a plane flipping over waiting to happen....
C-5, C-17, Concorde, DC-8, and I think the IL-62.I'd never heard of flight deployable TRs before.
Boeing 737 was designed such that when in air (as detected by weight on main gear) the thrust reverser system is de-energized. It then either remains at its last achieved position, or is opened by aerodynamic forces if it was opened by at least 2 inches.
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Boeing simulations showed that aircraft was controllable with one engine at idle reverse and the other at full forward thrust in gear up, flaps 15 configuration. With flaps 25 and gear down, it was not possible to maintain level flight.
You are completely correct - which is why it's a "bad idea." (tm). That doesn't mean people aren't doing it all the time...