WACO...in addition to what PCL said...there is another issue in Ttail jets with tail mounted engines call "rudder blanking". Under certain conitions of reverse thrust, the airflow around the tail is disrupted leaving you without any directional control if the nosewheel is not on the ground. This can lead to a runway excursion in the blink of an eye.
Also, if you tend to use reverse thrust, along with aero braking (hold the nose off)...and you have "bucket" type of reversers (the ones the open like clam shells)...there's a great chance that you will scrape the reversers shells on the runway.
But bottom line...in a transport jet...the most effective way to stop the airplane is the wheel brakes. Land early in the touchdown zone...get all wheels on the ground...and get on the brakes. It's a good formula to use.
(In single engine GA airplanes...I think aero braking is good, however. In these lighter airplanes it is very important that the wing is done flying when the nose wheel touches the ground...to ensure that it won't go flying again. A larger jet can still land at higher speeds without a tendency to bounce because of the spoilers. The spoilers are doing the same job that full backpressure accomplishes in flying smaller planes.)
Thanks for that explanation. I havent flown anything bigger than a King Air 200, but do have some time in single engine turbine taildraggers. When I first started flying them,one day a customer was commenting on how quickly it would get off the ground versus the old planes we had replaced. I told him to watch how short it could land and stop the next time in. I came in, and before the tailwheel was on the ground, I went into reverse. Took all the air off the tail. .....I looked about like that plane landing on the snow runway in the video section. Almost tore the thing up right there. Dont know if this is pertinent to the discussion, but I never did that again......Dangerous words in aviation= "Watch this"