TomD wrote:I don't know how far it was from the runway to where they landed in the river. Either the CFM's were producing some or the pilot was in charge of one lousy glider.
In either case he and the flight crew certainly earned their keep today. Got it down, kept it upright, and got everyone out.
I am not that familiar with the New York area but I seem to remember that there are not a lot of places to put an A320 that would not only killed everyone on board but lots of folks on the ground.
TD
Tom,
Having flown this departure scores of times, I can attest that there is no where to ditch an airliner other than in the water.
It was probably about 15-20 miles of flight..... from departure to the water landing. From all appearances and the pilots ATC comments....both engines were flamed out by the bird strikes. Early "reports" suggest that they hit the birds about 35 seconds after lift off but managed to obtain an altitude of roughly 3,000 ft.
Departing from Orlando Fla. I once hit a flock of sea gulls, destroying the left engine on a B-757. The engine continued to produce "some" thrust for a few seconds..... as we returned for a single engine landing.
Most airliners will glide aprox. 3 miles, without engine thrust, for each thousand feet of altitude. No doubt the captain was flying a glider the last few minutes of the flight. He performed perfectly, as all airline pilots are trained to do, managing to dodge the bridges that cross the Hudson river. Keeping the wings perfectly level and touching down in a proper flare were necessary for a successful ditching.
The flight attendants did a masterful job of evacuating the passengers. What good fortune and excellent response by the ferry boats and their crews. A terrible choice of crash landing/ditching locations quickly became "the perfect place to ditch."
Professional behavior on behalf of all .....into whose hands we often place our lives.
Bob
p.s. The B-767 which tried to ditch in the Canary Islands a few years back, hit the water with the right wing first, causing it to cartwheel amid great loss of life.
His engines were flamed out due to fuel exhaustion. Under those circumstance the B-767 controls recieve their hydrolic power from a small impellor/propellor powered motor/pump which is lowered from the belly, and is powered by the slipstream. Airspeed must be kept at a minimum of 130 kts. or the RAT (ram air turbine)will not provide adequate hydrolic power.
The captain, in this instance, allowed the airspeed to bleed off below 130 knots, as he approached splash down...thus losing control and impacting the water wing low.