craig
Well-known member
There is talk on the radio about fuel costs going up because of this. Robbing b`s fuel on the forecourts passed through weeks ago.This looks fun. Shows just how vulnerable a bottleneck like this is.
There is talk on the radio about fuel costs going up because of this. Robbing b`s fuel on the forecourts passed through weeks ago.This looks fun. Shows just how vulnerable a bottleneck like this is.
saw it this morning ... been there since Tuesday apparently with a hell of a queue each end .. they interviewed a merchant seaman's rep of some sort ... didn't catch who he was ... said it's likely that it was an inexperienced captain and severe side winds caused it and takes some controlling in a sidewindThis looks fun. Shows just how vulnerable a bottleneck like this is.
sent to me by a mate, in 2009 who had some involvement, somewhere along the line ... tripped over the email the other night looking for something else from him in me archive files.Where did you find this Graham? What is described here as the cause of the accident is not what happened in real life.
The aircraft was performing a high power engine run with all four engines operating. It is normal that apart from setting the parking brake, wheel chocks are also used. In this case they were not present.
The amount of thrust the engines were operating at was on the limit for the “holding power” of the parking brake system. Especially when the aircraft is light, as in this case because there is less weight on the wheels. Hence a reduction in parking brake capacity.
An A340-600 has three sets of main gears, 2 under the wings and 1 under the fuselage. In addition there is the nose gear but this has no brakes. When setting the parking brake this sends pressure between 2600-3100 psi to the brakes. But only to the brakes on landing gears under the wings!
When the aircraft started moving they released the parking brake and took used manual brakes. A manual brake input sends brake pressure (2600-3100psi) to all main landing gear. This should have stopped the aircraft.
However they also tried to steer the aircraft away from the wall by using the nose wheel steering. If you use a nose wheel steering angle over 20 degrees then the brake pressure to the landing gear under the fuselage (middle)is released to reduce stress on the landing gear leg.
At no point did they reduce the thrust on the engines and this combined with the steering input resulted in the accident.
No circuit breakers were pulled but some procedures were not correctly followed.View attachment 23331
I like the optimist with the diggerThis looks fun. Shows just how vulnerable a bottleneck like this is.
I think we need a trip over there with a few chainsI like the optimist with the digger![]()
I'm in...bottle jack's and sleepers.I think we need a trip over there with a few chainsand get salvage rights
would set us up for life
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I'm in....I think we need a trip over there with a few chainsand get salvage rights
would set us up for life
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Ok lads more chains and a few more sleepersWhen you see how much it has ridden out of the water it is going to take some shifting. Got to be 18 foot of red antifouling showing.
It’s startthis must be costing millions per day and we have 1 loading shovel on site![]()
When do we leave? Armed with the mogatsu and a druid barge we laughin.It’s start![]()
Is there time to get another coat of paint on before you goWhen do we leave? Armed with the mogatsu and a druid barge we laughin.
to be fair that shovel looks like a tonka against that ship. what size of Crain would be needed to lift containers at that heightIt’s start![]()
a FERKIN BIG oneto be fair that shovel looks like a tonka against that ship. what size of Crain would be needed to lift containers at that height