Don't know about the -340 but it takes some work to get a tailstrike on takeoff. We had lots of problems with guys trying to yank the 737-400 into the air when it first came out.
I think the -500's got better range, but that's a Max question. Actually, I think he got eclipsed by COA787!![]()
Me too.I was hoping for pictures :bandit:
I think the -500's got better range, but that's a Max question. Actually, I think he got eclipsed by COA787!![]()
I was wondering about that. Im not sure if this was the A340-600 version but that is one long airplane. Would that make it easier for this to happen?
That reminds me of an episode of Worlds Toughest Fixes where the fix one on a 767. That is quite a projectThat suggests the aft pressure bulkhead was crushed and that is $$$.
I think the -500's got better range, but that's a Max question. Actually, I think he got eclipsed by COA787!![]()
The -500 most certainly does have longer range. Generally, it carries less people and is shorter (less weight = more availabe fuel capacity), so it can fly further.
The -500 most certainly does have longer range. Generally, it carries less people and is shorter (less weight = more availabe fuel capacity), so it can fly further.
That reminds me of an episode of Worlds Toughest Fixes where the fix one on a 767. That is quite a projectanic:
![]()
Lol..he can have it..
Atta boy..way to make me proud!![]()
Actually less weight means lower fuel burn, not necessarily more available fuel capacity.
Typhoonpilot
I saw that. It was really neat how Boeing responded to an AOG.:rawk:
There are a number of plausible expanations for this happening. One is that an error in the takeoff performance data was not caught by the crew; the second is a load shift (containers) during takeoff rotation; and the third would be windshear. We'll have to wait for the investigation to get a full explanation.
I believe the A340-500 has software in the flight control system that warns of an impending tail strike. The B777-300ER, and I believe the A340-600, have software that reduce the potential for tail skid contact by decreasing elevator deflection when an imminent tail strike is sensed.
Typhoonpilot
Weight error caused Australia plane scare: officials
SYDNEY (AFP) — Incorrect weight data on an in-flight computer caused the tail of an Emirates plane to scrape the runway during take-off from an Australian airport, according to officials.
The Dubai-bound Airbus A340 was forced to make an emergency landing an hour after taking off last month at Melbourne airport when the crew received a tail strike alarm.
Smoke began to enter the rear of the cabin as flight EK407 circled the airport for more than 30 minutes to dump fuel before landing safely and without any injuries. There were 257 passengers and 18 crew on board.
A preliminary investigation by Australia's air safety regulator found that the weight was entered incorrectly into the onboard computer.
"The result... was to produce a thrust setting and take-off reference speeds that were lower than those required for the aircraft?s actual weight," the Australian Transport Safety Bureau said.
The plane's tail was seriously damaged as the captain manually increased thruster pressure, scraping the rear fuselage along the tarmac and the grass verge beyond the runway.
An internal Emirates investigation had prompted review in a number of areas, including the potential introduction of a double-entry system for flight computers "to protect against single data source entry error," the ATSB said.