Yeah, and this is a much more frequent thing than crashes. I've been on planes multiple times when there was sudden turbulence and people without seatbelts lifted out of their seats. I don't think any of my personal experiences resulted in someone hitting their head, but that happens. There was just video of one earlier this year.
Ive seen a loaded drink cart get a few inches of the floor, though that one was intense enough that even the flight attendants adopted an "oh fuck we're about to die" face, which is comforting
I have observed that "very clever" people on the internet have a tendency to disregard solutions that are only partial, even if there is little to no downside to them.
If you play the SNES version of Monopoly, you can play against CPU opponents. Mind you, this is artificial intelligence coded in 1992, on a cartridge with about 16mb of storage space for the entire game. Only a fraction of that is dedicated to the AI decision process.
If you propose a trade, I'll give CPU $5 in exchange for $0, the CPU will respond with NO DEAL!!!
But if you propose "I'll give you $100 in exchange for $0, the CPU replies "IT'S A DEAL!!!"
The CPU was holding out for a bigger handout!
Unrelated, but if you hold the B button, and don't release, you'll keep looping the shaking the dice animation. They use digital photo scans of a real hand/arm.......if it were disembodied. And the animation looks like he's just jacking off.
I often see that in political arguments. There's much to be said about wasting political capital on a poor and partial solution, but as you said, people bitch even if there's no real downside.
Yeah, it's a similar reason your wear a helmet on a bicycle/motorcycle, if a car hits you doing 50+ MPH you're probably done for regardless of whether you're wearing a helmet. If you go over your handle bars face first into the pavement doing 10 MPH it keeps that injury from being catastrophic.
Amen. Both sides of my head would be just scar tissue if not for motorcycle helmets. And that's just from sliding on the road, not hitting anything or being hit.
Can't really let random stuff like that with a low injury profile bother you. You'd end up fearing and respecting escalators in that case.
Reminds me of the time the brakes gave out on the L'enfant Plaza escalator for the DC Metro after the Rally to Restore Sanity (a lot good that did). Everyone was piled on going down and it just gave up the ghost and accelerated at full speed to bring them all down in a pile.
Don't worry, some turbulence is par for the course but dangerous turbulence is pretty rare. Also 50 feet is an exaggeration, turbulence usually feels worse than it is. Plane rides are usually smoother than driving in a car, but flying can make you sensitive to lateral motion.
For sure, anyone who has seen some of the videos of drink carts and luggage bouncing off the cabin ceilings during crazy turbulence shouldn't have any questions about the utility of seatbelts in less than catastrophic events.... Which of course is the goal even in 'crash' landings. There are crashes where seatbelts would obviously be worthless, but in anything short of that, you'll be happy that you weren't in a box with 300 human shaped dice being shaken up.
I read this horrible post a few years ago where a PoS passenger didn't buckle up. So the car drove off a cliff, her body flew and killed people in the back seat who were buckled up. The driver survived since he was buckled in.
I was watching one air accident documentary where the plane dropped so hard that people who were unbuckled were launched into the ceiling and people found their phones and laptops in the back of the plane.
That factoid is from a decade or two ago, when clear air turbulence was a lot rarer. Nowadays, due to global warming, turbulence coming out of nowhere is more common, and on occasion results in unbelted passengers being thrown into the ceiling and severely injured.
If you follow avherald.com for any length of time, you'll learn that 1) the vast majority of aviation incidents are completely benign, and 2) the vast majority of injuries aboard airliners are caused by passengers not wearing their seatbelts. The seatbelts aren't there for the once-a-decade crash; they're there for the once-a-month strong turbulence event, which the airplane itself will barely even notice.
In the event of catastrophic damage leading to explosive decompression it should keep you from being sucked out into thin air. Like if the roof tears off like that one time. Or that Boeing thing. Or that other Boeing thing. Or that other other Boeing thing.
Or keep you from bouncing and hitting the ceiling in cases of extreme turbulence. Or yo help on cases of lower-speed crashes (cases where the plane goes into some nosedive are less likely), etc.
Crash survival statistics are actually quite surprising. Like, you have higher survivability odds in the back of the plane -- cause everyone in front of you is your crumple zone.
And the survival statistics have a lot to do with the amount of work that has been put into making the worst case "controlled descent into terrain" scenario exceptionally rare.
About 20 years ago I read a grim book about plane crashes. They claimed that the number 1 predictor of crash survivability on commercial craft was being a male between the ages of 20 and 50. They're apparently much better equipped to claw and climb over the other passengers on the way out.
Grim. I fly a lot and think about it at least every other trip.
Almost certainly true of ocean landings. But I've spent a lot of time in bush planes (no crashes, knock on wood). I've had colleagues survive crashes where others have died. Perhaps it is sample bias, or something particularly about remote crashes.
https://en.wikipedia.org/wiki/First_Air_Flight_6560 -- two of the survivors were in the back, both working for our company. After the crash: one never returned, one just quiet quit over the next year or two.
It happens often enough that I have two examples where I'm only one degree of separation.
I had two colleagues survive a helicopter crash into a lake at full speed (calm day, no waves, pilot lost track of where the surface was) -- one of my coworked was ejected out the front window of the helicopter (seatbelt was on). Didn't even warrant a news story. But everyone survived this one, which may be a data point in your favour.
I don't have an actual source for stats. Got anything?
Jump seat behind pilot for helicopters, I assume due to the supporting framework from the engines and not in blade range.
Middle of planes over the wing root - easy access to exits, crumple zone infront, not going with the tail if it hits, and strongest part of aircraft. Also right over a fuel tanks, so results vary.
I'm sensitive to noise, and usually book late enough that the only seats available are in back. And fly at least once a month.
Absolutely decent noise cancelling headphones are available for under $70 US last time I bought some. Mine were called Q30 or something, and they were better than my Sennheisers from 2016-ish. Worth every bit. If one can afford a ticket, one can afford this one thing to make it less awful.
So if you crack your head jumping out you are still awake enough to pull the cord, plus if you land hard you don't smash your head on a rock.
The super high altitude jumpers had altitude devices that would automatically deploy their chutes in the event that their air supplies failed and they passed out.
Stupid question here, I guess, but why isn't there a system to potentially deliver commercial passengers and crew to the ground in case of a crash? Military jets have ejection seats and parachutes, so why don't we have at least something required for commercial aircraft in the same vein?
Is it the money that it would undoubtedly require?
Between the training required for a solo parachute jump, and the cost (and more importantly) weight of the equipment, plus the relative safety of commercial flights, it's simply not justified.
In more than a few cases we've seen airliners make emergency landings that are gnarly, but the majority survive. In more cases than I can count, there's checks and balances that ground flights because of safety concerns either at the departure point or at the destination (icing, high winds, etc), or due to mechanical concerns.
It's rare that a fully inspected and functional aeroplane will fall out of the sky, and we do everything in our power to ensure that all planes that leave the ground are fully inspected and functional. Short of a freak occurrence, like a fast forming weather phenomenon, there's so many checks and balances that airliner crashes are exceedingly rare.
So not only is a crash rare, there's no guarantee that a crash will be fatal, usually the pilot can at least get the plane on the ground without killing everyone aboard, and the fact that it's a massive amount of extra weight that requires training that the average person doesn't have, there's little point and nearly nothing to gain from doing something like that, while it would have significant downsides on flight efficiency and increase the costs of fuel per flight due to the extra weight.
Then there's the consideration of, even if they were able to successfully parachute to the ground, what then? It's pretty much a guarantee that nobody has a radio, and that you're far enough away from civilization that your cellphone doesn't work, so now you have hundreds of people spread out over potentially thousands of miles of terrain/water/whatever that you now need weeks to search and rescue everyone. Taking weeks on search and rescue, pretty much guarantees that you'll find people who landed safely, then died from exposure to the environment.
On the flip side, if everyone is in the plane when it crashes then all you need to do is find the plane; everyone will be in that general area, whether alive or dead.
There's just too many downsides to having parachutes on board to make it feasible.
Honestly, I do understand that ejector seats are not a good idea, but I was thinking something more like this. It's more like a lifeboat and would be equipped as such to address the same sort of concerns a disaster at sea would require to allow folks to survive and be tracked.
I get that the expense and weight appear prohibitive, but it's insane to me that we put people 30,000 feet in the air with no plan other than prevention and measures that don't completely address all dangers.
I know nothing will likely ever be done in this vein, and probably rightfully so, but it sure feels like airlines are the ultimate "you pays your money and you takes your chance" experience. Given my own limited experience with flying, it increasingly scares the hell out of me personally. I didn't have occasion to fly until I was in late middle age, and I found the experience thoroughly terrifying.
Throwing untrained people out of a commercial airliner at high speed in the middle of a emergency is a good way to ensure no one survives. The equipment would add a significant amount of space, fuel and maintenance burden too, and require major compromises to the aircraft design itself. All to resolve a problem that effectively never happens.
An explosive release canopy for an ejection seat system on an airliner would just release the entire top half of the plane, and don't forget that fighter pilots are both wearing flightsuits and get specific training for the event.
Even beyond the material and engineering costs it's a difficult ask, probably better to just focus on reliability in the first place.
Ok but what about instead of an explosive release canopy, the crew just sorta loosen some of the bolts holding the top of the plane on, then the pilot flies upside-down to gently tip everyone out of their seats
I remember seeing an article back in the 90s or maybe even 80s that was exploring the possibility of the entire passenger compartment separating from the wings and rest of the fuselage and parachuting down in the event of a major failure. The thing is, it would be ridiculously expensive to implement, and there are very few situations where such a system would be any better than keeping the plane in one piece.
Yeah, escape pods have been implemented in some aircraft in the past, but the idea has always ended without wide scale adoption for the reasons so many have stated here.
Parachuting isn't as easy as pulling a wire and gently floating to the ground. Those who parachute professionally take hundreds of hours of training. If you're brand new, you're required to strap yourself to a professional.
Rigging a commercial airline with that many ejection seats would add significant weight to the plane. You'd probably triple the cost of commercial airflight if you did this just from reduced seating capacity, and even assuming that it could be implemented without that overhead I still don't think this would actually help much.
Imagine you're on Ethiopian Airlines Flight 302 in a 737 Max nosediving towards the ground and the roof just opens up and launches you and all 148 of your fellow passengers out of the plane at 400MPH. Somehow I imagine that you just end up scattering the mangled corpses over a wider area.
Just carrying a few hundred escape chutes would add significant weight to the plane. Have you ever worn an emergency escape chute? I have. It's like having a chair strapped to your back and ass.
Some valid answers are already given by other commentators. Just want to highlight that commercial airlines are operating barely cost positive. Every extra bit of cost added has to be at least covered by some other stream of revenue. How much more money can a seat in these crammed airliners make to cover the cost of R&Ding and maintaining additional safety measures?