Tailstrike
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moons
Tailstrike
I found this picture of a 777 which is making a tailstrike
http://www.planepictures.net/show.cgi?238571
I don't get it that a pilot can mess it up like that?! Or isn't his fault?
What's the cause of a tailstrike? Is it a human error of the pilot or a problem with the "weight and balance" of the plane?
greetz
http://www.planepictures.net/show.cgi?238571
I don't get it that a pilot can mess it up like that?! Or isn't his fault?
What's the cause of a tailstrike? Is it a human error of the pilot or a problem with the "weight and balance" of the plane?
greetz
http://www.airliners.net/open.file/628450/L/nwa757 wrote:Doesn't the 777 have a tail wheel? If it does, than it doesn't matter if the pilot makes a tailstrike.
No sign of a tail wheel here...
Even if there would be a tailwheel, such a heavy strike would cause damage no mather what I would assume...
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bigjulie
I sent in a query to www.allexperts.com about this sort of thing happening & the expert assured me it could not happen because of the advanced fly-by wire controls, he assured me the flight management computers would over-ride excessive presure on the side-stick; I guess he was wrong
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1.A side-stick is called like that because it's located on the lateral consoles
2.Most aircraft are certified for max tailwind 10kts. (nothing to do with Bert).
3.Windshear is predictable by the computer (predictive windshear)
4.A tailstrike occurs when you have more than max pitch.
-too high round out
-windshear
-bounced landing
-too fast rotation on take off
-windshear procedure on take off
-etc....
5.On the Airbus the computer calculates the approach speeds, a groundspeed mini is calculated. This speed takes headwind and tailwind into account (GS mini is variable during the approach) and gives you a safety margin in case of a windshear.
6.Remember it's always pilot error.
Insurer: It was pilot error.
Pilot: It was design error.
Insurer: I disagree. The pilot is at fault for trusting the designer.
2.Most aircraft are certified for max tailwind 10kts. (nothing to do with Bert).
3.Windshear is predictable by the computer (predictive windshear)
4.A tailstrike occurs when you have more than max pitch.
-too high round out
-windshear
-bounced landing
-too fast rotation on take off
-windshear procedure on take off
-etc....
5.On the Airbus the computer calculates the approach speeds, a groundspeed mini is calculated. This speed takes headwind and tailwind into account (GS mini is variable during the approach) and gives you a safety margin in case of a windshear.
6.Remember it's always pilot error.
Insurer: It was pilot error.
Pilot: It was design error.
Insurer: I disagree. The pilot is at fault for trusting the designer.