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#1
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Am 08.08.10 14:05, schrieb a:
A couple of days ago the NTSB found the 320 series to have too sensitive a rudder, it can be torn off with peddle pressures. "After being buffeted by the wake from a jet ahead of them, the pilots made several sharp rudder movements." Note the key word "several". "Several" sharp rudder movements may break any aircraft at any speed, especially big ones, as any pilot sould know, especially after the American Airlines crash from 2001. |
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#2
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John Smith wrote
"After being buffeted by the wake from a jet ahead of them, the pilots made several sharp rudder movements." Note the key word "several". "Several" sharp rudder movements may break any aircraft at any speed, especially big ones, as any pilot sould know, especially after the American Airlines crash from 2001. True enough, but absent any conflicting factual information, if the NTSB is indicating the controls are too sensitive and airframe damage can happen even when special training is given. I'd call it a design weakness or flaw. The Airbus is a fly by wire airplane, pilot inputs for all intents are 'suggestions' to the software, and we've read elsewhere of accidents caused because the software chose to ignore those inputs. A reasonable person might find, then, that inputs that might damage the airframe would be moderated by the programming. A jury made up of such reasonable persons might be inclined to think harshly of Airbus. If I was the plaintiff in such a lawsuit I'd ask for a change of venue to, oh, Seattle comes to mind. |
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#3
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a wrote:
we've read elsewhere of accidents caused because the software chose to ignore those inputs. Over the years I've read a lot of bull****, not only "elsewhere". A reasonable person might find, A reasonable person might find that one should not believe all the bull**** one reads "elsewhere". |
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#4
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William Langewiesche, son of Wolfgang (Stick and Rudder) and a very
capable pilot and writer, makes the case that the Airbus design had as much to do with the "Miracle on the Hudson" outcome as the pilots. Quite likely that the Airbus design has prevented more accidents than it may have caused. -- In brief, I spend half my time trying to learn the secrets of other writers -- to apply them to the expression of my own thoughts. - Shirley Ann Grau |
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#5
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Bug Dout writes:
William Langewiesche, son of Wolfgang (Stick and Rudder) and a very capable pilot and writer, makes the case that the Airbus design had as much to do with the "Miracle on the Hudson" outcome as the pilots. The pilots were everything, the Airbus was nothing. The only good thing about the Airbus in that accident was that at least the computers didn't get in the way. Quite likely that the Airbus design has prevented more accidents than it may have caused. Pure speculation. Aircraft don't prevent accidents ... pilots do. |
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#6
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On Aug 9, 12:41*am, a wrote:
John Smith wrote "After being buffeted by the wake from a jet ahead of them, the pilots made several sharp rudder movements." Note the key word "several". "Several" sharp rudder movements may break any aircraft at any speed, especially big ones, as any pilot sould know, especially after the American Airlines crash from 2001. True enough, but absent any conflicting factual information, if the NTSB is indicating the controls are too sensitive and airframe damage can happen even when special training is given. I'd call it a design weakness or flaw. The Airbus is a fly by wire airplane, pilot inputs for all intents are 'suggestions' to the software, and we've read elsewhere of accidents caused because the software chose to ignore those inputs. A reasonable person might find, then, that inputs that might damage the airframe would be moderated by the programming. A jury made up of such reasonable persons might be inclined to think harshly of Airbus. If I was the plaintiff in such a lawsuit I'd ask for a change of venue to, oh, Seattle comes to mind. Typical litigous mentality. The plane passed certification but any pilot can break a plane. Control surfaces have the power to break wings, tailplanes and rudders -fact. I believe NASA had to use a test plane recently to examine the increase in tail fin load induced by rapid reversal of rudder input after significant yaw had developed and the found the structural load could be more twice the design load -if I remember correctly. Cheers |
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#7
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On Aug 14, 6:16*pm, "Flaps_50!" wrote:
On Aug 9, 12:41*am, a wrote: John Smith wrote "After being buffeted by the wake from a jet ahead of them, the pilots made several sharp rudder movements." Note the key word "several". "Several" sharp rudder movements may break any aircraft at any speed, especially big ones, as any pilot sould know, especially after the American Airlines crash from 2001. True enough, but absent any conflicting factual information, if the NTSB is indicating the controls are too sensitive and airframe damage can happen even when special training is given. I'd call it a design weakness or flaw. The Airbus is a fly by wire airplane, pilot inputs for all intents are 'suggestions' to the software, and we've read elsewhere of accidents caused because the software chose to ignore those inputs. A reasonable person might find, then, that inputs that might damage the airframe would be moderated by the programming. A jury made up of such reasonable persons might be inclined to think harshly of Airbus. If I was the plaintiff in such a lawsuit I'd ask for a change of venue to, oh, Seattle comes to mind. Typical litigous mentality. The plane passed certification but any pilot can break a plane. Control surfaces have the power to break wings, tailplanes and rudders -fact. I believe NASA had to use a test plane recently to examine the increase in tail fin load induced by rapid reversal of rudder input after significant yaw had developed and the found the structural load could be more twice the design load -if I remember correctly. Cheers Litigation is very much a factor in aviation, as well as in too many other areas of human activity. I can assure you it is a real world factor in our management decisions: is it not in yours? |
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