Having been once in a aircraft-damaging emergency landing* decades ago I am surprised lap only belts are still the norm. There's a reason the crew has four point restraints, and I'd like to have it too. * I won't call it a crash since the aircraft made it to an airport and to a runway. We had equipment failure in flight so there was plenty of time for the flight attendants to review our crash positions, confiscate sh…
How the airline industry got wise to seat belts
61–70 of 81 posts
Re: How the airline industry got wise to seat belts
#62Earlier quoted context omitted.
That makes sense at first glance, but it's something I'm in control of. I was even thinking of this before, because the comparison is a little mismatched. I'm 100% likely to be a passenger when I'm in any plane, whereas I'm probably >98% likely to be a driver when I'm in a car. I'm not sure why I was downvoted, because I'm just stating I'd like to understand (data/studies) instead of people's anecdotes and opinions,…
When you are in a plane there is a 100% probability that the driver will be a trained professional, while according to your stats there is less than a 2% chance that your driver will be a trained professional when you are in a car. While I have no hard stats I would also assume that a plane is much safer when something goes wrong. Why? 1) Professional 'driver' who has trained for years to handle risks and failure sce…
When they happen all you do it move over and come to a stop. Unless you go Full Redditor(TM) and start adding a bunch of extreme control inputs none of these things are that bad. They don't require much reaction at all even if you are paralyzed by indecision it can still turn out fine since all you have to do is stop.
Blowouts are a non-event, IMO, just a flat tire with an extra audio alert.
Automatic transmissions basically don't fail in unsafe ways. Worst case you'll find some extra neutrals and make an ass out of yourself failing to merge or something. Splitting the case on a manual (like you might do if you go for 4th and somehow find 2nd, or jump a vehicle and don't mash the clutch before hitting the ground) is surprisingly uneventful from a maintaining control perspective.
Deer suck, mostly because they tend to break a bunch of expensive cosmetic bits.
Having a hood fly up on you is worse than any of the above events because you can't see. Brake failure kinda sucks too, especially with an automatic trans.
Re: How the airline industry got wise to seat belts
#63Earlier quoted context omitted.
If you are a terrible driver, you can certainly make your individual odds of accident a lot worse than the average case, but I'm not sure being a good driver improves your odds by that much. A lot of the risks are totally out of the driver's control (e.g., other road users, equipment, weather etc..).
Choice of weather conditions is within your control, just don't drive in terrible weather. Being a good driver does a ton to insulate you from the shenanigans of Equipment failure is basically a rounding errors but also within the driver's control since "flat tire at speed" is probably lion's share of crashes in that category.
One thing that's different between GA and driving is that you could stop driving. An hour from home, realising that the road really is too treacherous, you could pull over and walk. Up in the sky they don't have that option at a moment's notice. But one thing that's exactly the same is mission mindset - people fixate on what they intended to do until after it's far too late rather than have contingency plans.
Re: How the airline industry got wise to seat belts
#64Earlier quoted context omitted.
That makes sense at first glance, but it's something I'm in control of. I was even thinking of this before, because the comparison is a little mismatched. I'm 100% likely to be a passenger when I'm in any plane, whereas I'm probably >98% likely to be a driver when I'm in a car. I'm not sure why I was downvoted, because I'm just stating I'd like to understand (data/studies) instead of people's anecdotes and opinions,…
Considering that ~half of collisions involve multiple vehicles, I suspect your feeling of being in control is a bit of an illusion.
Re: How the airline industry got wise to seat belts
#65Earlier quoted context omitted.
Probably what was briefly discussed in the article. So long as your seat stays anchored, a multipoint harness will keep you in position better. The injuries in the one accident were from people being moved side-to-side, not forward or up and down. The seatbelts didn't injure them, but the armrests did. A multipoint harness could (if worn properly) reduce those kinds of injuries. Of course, in a total failure where th…
At an airline training session I attended, a man who survived a famous passenger aircraft crash advised that one should get as low as possible in their seat and put their knees up against the back of the seat in front of you, while still buckled. The passengers that died around him were killed by the heavy luggage exploding out of the overheads and breaking their necks, so it's important to have your head below the s…
Supposedly the call for this on the plane would be “Brace! Brace!” Cathay Pacific to Hong Kong before the world shut down.
Re: How the airline industry got wise to seat belts
#66Earlier quoted context omitted.
This is what most people seem to get wrong about airplane seat belts—they are not there for the same reason as in cars: crashes. They are there to keep people from flying around and getting injured during turbulence. Crashes in commercial planes are so rare that any single one almost always makes the news, while turbulence is extremely common. Let’s be fair and say that a seatbelt is not going to make a whit of diffe…
Turbulence that results in people flying out of their seats is exceedingly rare, like a once in a lifetime experience for a commercial pilot. Airplanes will go to great lengths to avoid bad weather to avoid stressing the airframe and making passengers uncomfortable.
I imagine part of the reason people don't fly out of their seats today is, well, seatbelts, but also likely depends on the airline/pilots as well.
Re: How the airline industry got wise to seat belts
#67Earlier quoted context omitted.
If you are a terrible driver, you can certainly make your individual odds of accident a lot worse than the average case, but I'm not sure being a good driver improves your odds by that much. A lot of the risks are totally out of the driver's control (e.g., other road users, equipment, weather etc..).
Choice of weather conditions is within your control, just don't drive in terrible weather. Being a good driver does a ton to insulate you from the shenanigans of Equipment failure is basically a rounding errors but also within the driver's control since "flat tire at speed" is probably lion's share of crashes in that category.
Re: How the airline industry got wise to seat belts
#68Recent failures by Boeing aside, the amount of thought that goes into the holistic safety of commercial aircraft is astounding. It kind of blows my mind how hardened a typical passenger cabin is to fire, not to mention other hazards.
The DC-10 for instance...
https://en.wikipedia.org/wiki/McDonnell_Douglas_DC-10#Accide...
Re: How the airline industry got wise to seat belts
#69Earlier quoted context omitted.
Yup. The "fatalities per mile" chart is pretty astounding. https://en.wikipedia.org/wiki/Aviation_safety#/media/File:Fa...
IIRC takeoff and landing are the most dangerous parts, so I'd be more interested fatalities per trip. An intercontinental plane ride would cover more miles than I drive in a year which makes the per mile stat meaningless to me. I think it would still be in the plane's favor but probably not as significantly. And in that case if you're a safe driver (healthy adult, doesn't drink or do drugs, doesn't speed, etc) it mig…
https://www.airlines.org/dataset/safety-record-of-u-s-air-ca...
Re: How the airline industry got wise to seat belts
#70That does not change the fact that seat belts save lives, however: https://injuryfacts.nsc.org/motor-vehicle/occupant-protectio...