so, Qantas has grounded one of its (although in some media reports it sounds like all, but i'll go with the newsradio report for that tid bit)
it seems there are a few schools of thinking the European air agency has ordered all A380's to be checked and so forth
Airbus maintains the aircraft is safe, and there is no risk,
now I know that on race cars there are stress parts that are designed to "crack" or so cracks and not snap, (easier to find cracks in parts that might be failing, than to, without warning have a part fail, and I can only guess wings on modern aircraft are the same in design)
so in this sort of thing where the manufacturer is saying that a product is safe,
the users relaying on the product to deliver a service
and an agency having concerns
it sounds like the early comet jets (but no loss of airframes/lifes at this point)
how do people feel about this, would you (if you have the choice) fly on an A380, or would you go on a different aircraft?
I've flown on the A380, would probably fly on them again if I had a chance. I think that every time you board a plane you risk your life, may as well be on a gigantic awesome plane. gear pockets under the window on the top level ROCK MY WORLD.
If it was made of steel it wouldn't get in the air to start with.
Yes, some metallic aircraft components are designed to crack and can have up to 100+ mm long cracks depending on the component.
A lot of newer aircraft have composite structural components. Composite components cannot fail in any way, because they tend to fail catastrophically when they do.
If you're scared of cracks etc, then you wouldn't fly on any aircraft. Trust me, I've seen many boeings through various stages of heavy maintenance, done plenty of inspections myself and found plenty of problems. The problems / cracks they're talking about aren't the wing rib, it's the little angle foot that attaches the rib to the skin. Same thing happens in boeings.
Now if the cracks occurred actually in the rib or the skin that was inches long, you have a serious problem. We found one like that in a 747 that was bought from Malaysian or Asiana airlines, it was a fatigue crack that was caused from use of steel scrapers, scraping out sealant from a joint. Steel scraper and. Aluminium skin = bad news. Combined with pressurization cycles, the gouges turn into cracks.
That aircraft is no longer flying for my employer, can speculate as to reasons why they decided to withdraw it from services and keep older ones flying, but I dont know officially.
driving: 1.32 fatal accidents and 1.47 fatalities per 100 million miles
airlines: .05 fatal accidents and 1.57 fatalities per 100 million miles
LOL Something tells me comparing fatalities "Per X miles" is a great way to skew results when everyone knows planes move a lot further then cars on average per trip. Whats it got to do with X miles?
A better thing might be
total trips in last yr / total incidents in last yr
There are definitely issues but everyone seems to forget, the big classics like 747, 777 and a320 all had their issues at first. Only after issues/crashes were some of the biggest problems identified. Fortunately, a lot of these issues have been detected on the A380 before such an issue.
so, Qantas has grounded one of its (although in some media reports it sounds like all, but i'll go with the newsradio report for that tid bit)
it seems there are a few schools of thinking the European air agency has ordered all A380's to be checked and so forth
Airbus maintains the aircraft is safe, and there is no risk,
now I know that on race cars there are stress parts that are designed to "crack" or so cracks and not snap, (easier to find cracks in parts that might be failing, than to, without warning have a part fail, and I can only guess wings on modern aircraft are the same in design)
so in this sort of thing where the manufacturer is saying that a product is safe,
the users relaying on the product to deliver a service
and an agency having concerns
it sounds like the early comet jets (but no loss of airframes/lifes at this point)
how do people feel about this, would you (if you have the choice) fly on an A380, or would you go on a different aircraft?
Firstly, forget media they only have 1/1000th of any story, most times it's wrong or a beat up.
Don't make comparisons between low tech "race cars" and high tech "aircraft design".
The concensus amongst plane needs on slashdot was cracks aren't a big deal in composites where they were occurring in these planes... Sounds good enough for me
I avoid all air travel. When I get on I just shut my eyes and pray the giant steel tube will not fall out of the sky
Yeah. I'm not a fan at all when it comes to flying. Even just looking off the balcony of a tall building makes me feel uneasy. Even some computer games give me that weird feeling in the stomach if I jump from a high place.
What company do the Ausgamers guys use when you fly overseas? I'll use that airline if I decide to fly anyway.
I've never thought planes of this size were sensible. 500-800 dead in a single flight? Talk about putting all your eggs in one basket.
I don't even know where to start on this..
Planes are not the flying death traps all you people who are terrified of flying seem to think.
What number of passengers is OK to put in a certain type of vehicle at the risk of losing 'all your eggs'? And why that number and not any less or more?
Main thing to check is that the plane hasn't just been serviced :) Most accidents (mechanical at least) happen straight after the plane has had a routine service.
The concensus amongst plane needs on slashdot was cracks aren't a big deal in composites where they were occurring in these planes... Sounds good enough for me
I haven't read about the issue but it sounds reasonable.
First gen composite structures were only in non-critical areas, and then it's built up from there as more confidence and better lay-up process and so on have developed. Highly critical design areas, like the carry through structure and control surface supports are always milled from high quality Titanium billets to minimise even any kind of material flaw. It will be a long time, if ever, that those parts of the structure would be composite. Typical engineering time-frame on a flap support is about 500 man-hours, and about 30-50 design cases are analysed including all failure modes: global/local buckling, fatigue, etc. A shit load of engineering goes into these things. It is a highly conservative engineering discipline.
I've never thought planes of this size were sensible. 500-800 dead in a single flight? Talk about putting all your eggs in one basket.
If it's still doing more than one flight per day then it's hardly "all your eggs in one basket". It's not like you can simply just add more aeroplanes to all routes, air congestion is a real concern.
For all of those people absurdly scared of airline travel, look up the Discovery documentary 'Worlds Biggest Airliner'.
It's specifically about the Airbus A380, and the tolerances and stresses that aircraft has been built to withstand, it should really put to rest all of the 'having all of your eggs in one basket' worries.
This won't address people's concerns when it comes to air crew's maintenance, or pilot error; but if these things still genuinely concern you, do some research and learn about the fail safes that are put in place.
Whilst the show 'Mayday' / 'Aircrash investigations' show essentially only 'worst case scenarios' it should be noticed that whenever there is a significant accident, the entire airline industry sits up and pays attention (as do government airline safety authorities).
All in all, as 'un-natural' as powered flight might feel, the entire airline industry is watching what all of the operators, manufacturers, pilots and passenger's are doing to ensure that a 800 person incident doesn't occur.
Every time QANTAS grounds an aircraft, or lands minutes after takeoff, remember... this is that larger safety system at work.
I myself wouldn't have an issue flying on the aircraft, at this time, however from a business point of view, I would expect to be get better mileage out of the part on such a new aircraft, no idea how much time it would take to repair/replace these parts, but it would be a fair bit of time on the ground I would think
it also poses a problem when/if this plane makes it into the cheaper airlines, where there will be greater loads of people on the aircraft, (therefore I would guess higher weights, and loadings) also pilot training isn't always to the same standard of the current operators
same as infi. Yes i know the stats are good, but if you compare cars to flight in terms of hours rather than distance then they're about as dangerous as each other.
I don't like flight mainly because it is uncomfortable.
hardware, back of a c-130, or a black hawk is uncomfortable
a 767 in the tailend of a cyclone, is uncomfortable,
most airtravel I have undertaken has been (aside from the above) pretty good,
apart from one time years ago, i had a major tooth infection (I didn't know it at the time) and the change in pressure after a 2 hour flight, was killer
Yeah I don't buy into "oh dw gaise it's rly saife" how many people have drunk that kool-aid before ending up swimming with the fishes?
The main part I dislike is the waiting till something catastrophic happens and going "oh now we know lol" I'm sure that's a real big consolation to the families of the dead.
That all said, If I want to go somewhere I'll chance it that the maintenance cunts did in fact follow the entire checklist instead of going "fuck it, we're on smoko, she'll be right"
But mainly because Boeing is an American company and the desperate American patriotism has burned into their people's minds that a US manufacturer must be better than a French manufacturer.
Not to mention the fact that a European company doing better than an American company in a world market (as Airbus has in recent years) means that DEY TUK AR JURBS!
Anyone who uses the term 'Scarebus' is about equivalent on the idiot scale to people who use the terms 'Micro$oft', 'Crapple', and so on.