That may be true, but the adrenalin hit as you weave your way through the traffic in the city lasts an awful lot longer.Safer than any car I drive, and much safer than cycling in a city.
Agree and yet, I’d avoid flying in one until the facts are established.Safer than any car I drive, and much safer than cycling in a city.
I'm not convinced that three sensors and a vote helps, what if you fly into a cloud and two sensors ice up in agreement?
And why might two sensors ice up, but the third not?They're heated so in 'normal' circumstances won't ice up.
CHE
My 2 year recovery took a little while, as did the 4 years and 6 months until the insurance company agreed to pay up. I still ride a bike, and go climbing, and drive cars other than Volvo estates with airbags for every passenger, the shopping in the back and a few passing dogs.That may be true, but the adrenalin hit as you weave your way through the traffic in the city lasts an awful lot longer.
By definition not normal circumstances.They're heated so in 'normal' circumstances won't ice up.
Two in the front, one in the back.Sue said:And why might two sensors ice up, but the third not?
AF447 suffered pitot tubes blocked by ice, and they are heated.
Two in the front, one in the back.
Safer than any car I drive, and much safer than cycling in a city.
Both.Are you speaking of average airflight or the Boeing 737 Max 8 about which the question is asked?
Both.
Absolutely and quite right too. However the question was "would you fly?" and the point I am making is that the worst commercial aircraft is still safer than a car in terms of time spent in it per fatality. If you are prepared to do 10000 miles pa in a car, which is about 300 hours, then your exposure to death and injury by this route vastly exceeds that in an aircraft. On that basis my reasoned answer is yes.It might be still safer statistically than driving or cycling but increased caution is definitely warranted I believe
Angle of attack sensors are different to pitot tubes though. And even so, being located in different positions doesn't explain why, being heated, two would ice up and a third not.By definition not normal circumstances.
AF447 suffered pitot tubes blocked by ice, and they are heated.
Two in the front, one in the back.
Planes don’t just nosedive in the event of an engine failure, it might still land in the sea or fly into terrain if it doesn’t have sufficient height to glide to a runway, so I very much doubt it has anything to do with the engines. I very much agree that a sensor/control surface failure is more likely.It's all in Boeing's statement yesterday that they have 'Complete confidence in the airworthiness etc.. blah..' of the 737Max-8. How the hell can they iuntil they know what happened?
The second crashed plane clearly nose dived near vertically into the ground. Engine failure, mid air break up, a bomb, etc., would all have resulted in a wider debris field and'/or a less vertical fall. This is obvious to anyone with even a laymen's knowledge.
The plane was being controlled by something. Either a rogue control system, or a suicidal pilot. My money's on the former.