Quote:
Originally Posted by
fredfred 
Physics works.
Wind goes over the wing which creates a vacuum (sort of) which sucks the wing upward.
Most airplane crashes these days (which are obviously few and far between) are the result of pilot error. The poland thing, for example, was idiotic. They were trying to land in heavy fog on a runway that didn't have the right instrument landing system for their plane. You won't have these types of problems.
Instead know that as the engines go faster, the plane goes faster. The moment off "lift-off" is actually a good sign. Everything is working correctly and the plane is flying. (Um, err, I have the opposite fear... I am actually *happy* when lift off occurs. Otherwise we would soon run out of runway and be traveling very fast and not yet flying...

) This could happen if the plane had a very heavy load and/or the engines weren't generating enough power for some reason.
There now you won't worry when the plane lifts off.

The wind over wing thingy, that's Bernoulli's principle. The reason your probably don't like the "unsticking" feeling is because of the wing mushing, basically the airflow over the wing is just over the speed required for lift. It's no biggy, the speed increases, and the principles of physics mean you stay in the air.
He's right about the landing systems and the pilot error in the Polish crash. You just have to remember that pilot's are extremely skilled highly qualified people. Then even when they make a mistake (thankfully rarely) the computer is usually there to back them up. Think of the thousands of flights that take off each day. Then equate this to the number of crash's each year. Then from this small number take away crashs of small operators which are blacklisted, and the probabilities are miniscule.
Also as fredfred says take off is a good thing. It means everything is working properly. When travelling down the runway the pilots have certain call outs, V1,V2,VR. At V1 they are checking that speed readings are correct on the Captain and First officers primary flight display, that both attitude indicators are alive, that engine readings are all looking good, so if something is wrong then they stop the aircraft. No problems.
So you just have to remember the huge probabilities of a succesful flight. The fact the guy upfront knows what he is doing. That the aircraft is well designed and has many redundancy features, and that physics is on your side.
Safe and happy flying.