benyflyguy
En-Route
https://www.yahoo.com/finance/news/southwest-attendant-suffers-broken-back-234903378.html
Even the big iron slaps it down from time to time.
Even the big iron slaps it down from time to time.
I find it interesting that they put the pilots' ages in the article. Sometimes they add stuff and you go.....why??
..... Sometimes they add stuff and you go.....why??
Wonder if the girls in back are ever going to fly with the two up front again.
Probably because it was included in the informational press release.I find it interesting that they put the pilots' ages in the article. Sometimes they add stuff and you go.....why??
I fixed the thread title. The pilots’ ages aren’t even the dumbest numbers thrown into the article. The runway length along with the runway lengths at LAX for comparison is going to mislead a lot of readers to think that shorter runways equal rougher landings, and start thinking that airlines should only fly to airports with at least 18,000 feet of runway available.Not to be picky but it was at John Wayne, not John Tune. I find it interesting that they put the pilots' ages in the article. Sometimes they add stuff and you go.....why??
Ok you airliner guys. I know some airports require a special qual. Is it sometimes just because of short runways?I fixed the thread title. The pilots’ ages aren’t even the dumbest numbers thrown into the article. The runway length along with the runway lengths at LAX for comparison is going to mislead a lot of readers to think that shorter runways equal rougher landings, and start thinking that airlines should only fly to airports with at least 18,000 feet of runway available.
What do you mean?
Lol..From the CVR when an AA crea totaled an A321 on takeoff at JFK a couple years ago.
First officer: “Your airplane, your airplane, your airplane. I don’t know what’s goin’ on.”
Captain: “What the # (happened)?”
First officer: “I don’t know. Ah the engines all go, good.”
Captain: “The # ju- it just # rolled on me.”
First officer: “What the # is that? Are we continuing? #. These girls will never fly with
us again. I thought we were gone.”
First officer: “That scared the # outta me, I thought we were gone.”
Captain: “The # airplane just rolled on me dude.”
https://onemileatatime.com/news/american-airlines-pilot-almost-crashed-plane/
It’s a “short” runway by airline standards. I always perk up when I fly into SNA. I don’t fly into Key West anymore but even that was kind of short for an RJ. You had to be on your game and just accept you’re just going to pancake it in if you float or just go around and try again. You don’t want to try to finesse a good landing while you’re floating half way down the runway
In an aft-facing seat, as all of the FA jumpseats on a 737 are, brace position is sitting upright with your hands and legs in a position to minimize injury. SOP would be for FAs to assume this position for all landings in case of an unexpected landing accident.What is brace position and why would the FA have done that? Is it SOP?
Autobrakes would be on MAX, which is very aggressive, and most pilots will disengage them very early in the landing roll.
At what point do we get to learn she had a prior injury and just aggravated it? Or she has a degenerative bone disease? Hope she recovers quickly.
It could be short runways, or, more likely, high terrain/tricky arrivals or approaches.Ok you airliner guys. I know some airports require a special qual. Is it sometimes just because of short runways?
Ok. Brace is sitting upright. I was having this picture of bending over somehow. That could cause some kind vertical whip lashing thing. Supposedly it was vertebrae #3 which is in the neck. There was talk in another thread about FO's doing a lot of the landings at SNA so the Captain would do the takeoffs. The taking turns thing. They were saying the Captain has to do the takeoffs because of that noise abatement procedure.In an aft-facing seat, as all of the FA jumpseats on a 737 are, brace position is sitting upright with your hands and legs in a position to minimize injury. SOP would be for FAs to assume this position for all landings in case of an unexpected landing accident.
I've landing 737s many times at SNA. It's a very short runway for us and doesn't leave any margin for error. A firm touchdown is likely to prevent a float. Autobrakes would be on MAX, which is very aggressive, and most pilots will disengage them very early in the landing roll.
With only one person being injured, I wouldn't assume that the landings was as excessively hard as some may assume. The certification standard for touchdown is that the airplane must withstand touchdowns, without damage, at a descent rate of 600 feet-per-minute when at, or below, its maximum landing weight. That's hitting a concrete wall (runway) at 6.8mph. It's pretty hard.
That would be for forward-faces seats. Aft-facing seats is upright. In both cases, it is to provide protection from deceleration loads.Ok. Brace is sitting upright. I was having this picture of bending over somehow.
Never heard of that. The landing is more challenging than the departure. All that's required for the departure is accurate lateral adherence with the RNAV departure path. We also use an NADP-1 profile which delays power reduction, acceleration, and clean-up until a higher altitude but that's routine.There was talk in another thread about FO's doing a lot of the landings at SNA so the Captain would do the takeoffs. The taking turns thing. They were saying the Captain has to do the takeoffs because of that noise abatement procedure.
I asked an FA on Southwest about this last night. She said they point their head to the front of the plane. I asked if they bend over at the waist to do that. She said no, just bend the head to get the crown of the head pointed forward. It was on this flight. https://flightaware.com/live/flight/SWA803 See if you can guess what happened. Just kinda a trivia question, I already know.That would be for forward-faces seats. Aft-facing seats is upright. In both cases, it is to provide protection from deceleration loads.
Never heard of that. The landing is more challenging than the departure. All that's required for the departure is accurate lateral adherence with the RNAV departure path. We also use an NADP-1 profile which delays power reduction, acceleration, and clean-up until a higher altitude but that's routine.