I fully admit to being totally ignorant on the topic, but it seems ridiculous to me that a blowout would even be possible on such a (you would imagine) sophisticated piece of equipment. Is it that hard to build tires that can't blow out yet still fulfill the requirements? If they had taken off successfully wouldn't the landing have been even more likely to cause a blowout and probably killed everyone? Doesn't seem very safe if something like this can happen.
I fully admit to being totally ignorant on the topic, but it seems ridiculous to me that a blowout would even be possible on such a (you would imagine) sophisticated piece of equipment. Is it that hard to build tires that can't blow out yet still fulfill the requirements?
The ratio of private planes vs. jumbo jets having issues is bad. I don't like private planes because of they're unsafe and turbulence tends to be MUCH harder. Not to mention that pretty Apple worthy price tag. haha![]()
Understandable question. But tires are tires. Just like on a car, you can have a brand new tire blow out suddenly. Debris, a defect in the rubber - whatever. It happens. I will say that a blowout should *not* normally cause an accident - even on landing.
Are you saying there is only one possible way to make a tire and that has
always been exactly the same and will never be improved in the future?
But if the tire blowing out shouldn't cause an accident, then what really happened here?
Did they conclude that it was a tire blow out or that the pilots thought it was.
“The probable cause of this accident,” according to the NTSB, “was the operator’s inadequate maintenance of the airplane’s tires, which resulted in multiple tire failures during takeoff roll due to severe underinflation, and the captain’s execution of a rejected takeoff after V1, which was inconsistent with her training and standard operating procedures.
“Contributing to the accident were (1) deficiencies in Learjet’s design of and the [FAA] certification of the Learjet Model 60’s thrust reverser system, which permitted the failure of critical systems in the wheel well area to result in uncommanded forward thrust that increased the severity of the accident; (2) the inadequacy of Learjet’s safety analysis and the FAA’s review of it, which failed to detect and correct the thrust reverser and wheel well design deficiencies after a 2001 uncommanded forward thrust accident; (3) inadequate industry training standards for flight crews in tire failure scenarios; and (4) the flight crew’s poor crew resource management.”