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#81
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![]() "Gene Storey" wrote in message ... "Tarver Engineering" wrote If you want a URL, do a google search. I did. It said effective rudder use is required for a cross-wind take-off, and to not use the tiller over about 30 knots accelerating to keep the aircraft centered. What aircraft? Another page talks about slip techniques. I am responding to a buffarilla pilot and a 747-400F pilot, do you suppose they are posting to me because there is a URL source for the information? I am not sure what you expect here Mr. Storey, but your presentation has been quite unprofessional. |
#82
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"Tarver Engineering" wrote...
The pilot flying keeps his feet on the rudder pedals when hand-flying the aircraft. An unsafe practice, for modern airliners. Why does Boeing and the FAA advocate such an "unsafe practice," then? Rudder is used to deliberately un-coordinate the aircraft when taking off and landing with a crosswind. No, use of the rudder is explicity unsafe. It's Ex-Lax time! You're so full of crap, it's taken over your brain! Use of rudder is absolutely required for crosswind takeoffs and landings, else the airplane will run off the side of the runway. Seldom will an airplane track absolutely straight down the centerline even with no wind or a direct headwind -- on crowned runways especially! Even autoland uses opposite rudder to convert from a crab to a slip, usually at 150' AGL. Nice for a DC-9. Just as nice for a 747! No, there is no question whatsover that the AA pilots were in violation of that flight rule. What came out of the A-300 acident was both large transport manufacturers saying pilots should not use the rudder under normal operations. Yet another total BS Tarverism for the archives... |
#83
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"Tarver Engineering" wrote...
So one doesn't use rudder when doing a manual turn as one does on every other aircraft made? The YAW damper moves the rudder for the airplane, no human workload is involved. The yaw damper does move the rudder, but its function is not to keep the ball centered. Its function is to reduce yaw oscillations around the [normally 0] slip angle induced by the current airplane trim. Only if there is an active 3-axis autopilot will the rudder be trimmed automatically. There is NO automatic rudder trim in the 747-400 except during autoland operations below 1500' AGL. |
#84
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"Tarver Engineering" wrote
"Gene Storey" wrote "Tarver Engineering" wrote If you want a URL, do a google search. I did. It said effective rudder use is required for a cross-wind take-off, and to not use the tiller over about 30 knots accelerating to keep the aircraft centered. What aircraft? 757, I forget the model number. Another page talks about slip techniques. I am responding to a buffarilla pilot and a 747-400F pilot, do you suppose they are posting to me because there is a URL source for the information? I am not sure what you expect here Mr. Storey, but your presentation has been quite unprofessional. The hi-jacking of this B-52 thread, for your monolith about dead rudder pedals in airliners seems to be about par for your game. |
#85
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![]() "John R Weiss" wrote in message ... "Tarver Engineering" wrote... So one doesn't use rudder when doing a manual turn as one does on every other aircraft made? The YAW damper moves the rudder for the airplane, no human workload is involved. The yaw damper does move the rudder, but its function is not to keep the ball centered. Its function is to reduce yaw oscillations around the [normally 0] slip angle induced by the current airplane trim. The YAW damper also co-ordinates turns and cancels fugoids. It is not an optional thing, except where much vomiting is considered desirable. ![]() Only if there is an active 3-axis autopilot will the rudder be trimmed automatically. You are as usual, attepting to change the subject, Weiss. There is NO automatic rudder trim in the 747-400 except during autoland operations below 1500' AGL. The automatic YAW damper is always there on the 747-400. Please expalin what automatic rudder trim has to do with this discussion. |
#86
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![]() "Gene Storey" wrote in message ... "Tarver Engineering" wrote "Gene Storey" wrote "Tarver Engineering" wrote If you want a URL, do a google search. I did. It said effective rudder use is required for a cross-wind take-off, and to not use the tiller over about 30 knots accelerating to keep the aircraft centered. What aircraft? 757, I forget the model number. And a URL like that has what value? Another page talks about slip techniques. I am responding to a buffarilla pilot and a 747-400F pilot, do you suppose they are posting to me because there is a URL source for the information? I am not sure what you expect here Mr. Storey, but your presentation has been quite unprofessional. The hi-jacking of this B-52 thread, for your monolith about dead rudder pedals in airliners seems to be about par for your game. The B-52 pilot made a specific statement about automatic control systems in 757s compensating for an engine out condition, in a manner to be installed on his machine. Then he asked a specific question electric automatic systems and I am answering it. If you feel that you are somehow a peer in this discussion, then I am afraid you have joined those on the usenet that have taken leave of their senses. |
#87
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![]() "John R Weiss" wrote in message ... "Tarver Engineering" wrote... The pilot flying keeps his feet on the rudder pedals when hand-flying the aircraft. An unsafe practice, for modern airliners. Why does Boeing and the FAA advocate such an "unsafe practice," then? You need to know how to fly the airplane when it is broke. I think simulator time would be a much better place to play "hand fly the airplane" than during revenue. Rudder is used to deliberately un-coordinate the aircraft when taking off and landing with a crosswind. No, use of the rudder is explicity unsafe. It's Ex-Lax time! You're so full of crap, it's taken over your brain! Use of rudder is absolutely required for crosswind takeoffs and landings, else the airplane will run off the side of the runway. Seldom will an airplane track absolutely straight down the centerline even with no wind or a direct headwind -- on crowned runways especially! Sure, but then you need to leave the rudder alone. There are exceptions to using the rudder, but in the general case, a modern airliner breaks when the operator panics while using the rudder. (ie A-300 USAir 427) The worst part about the A-300 crash was that AA had been teaching heavy rudder use in the simulator, thereby increasing the probability that the event would occur. It is much the same as the small GA pilot who gets in a wrestling match with his yoke, intead of pushing the AP disconnect switch. Even autoland uses opposite rudder to convert from a crab to a slip, usually at 150' AGL. Nice for a DC-9. Just as nice for a 747! Sure, an '68 design. No, there is no question whatsover that the AA pilots were in violation of that flight rule. What came out of the A-300 acident was both large transport manufacturers saying pilots should not use the rudder under normal operations. Yet another total BS Tarverism for the archives... You might want to back off from being an archive troll, Weiss. |
#88
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#89
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"Tarver Engineering" wrote
If you feel that you are somehow a peer in this discussion, then I am afraid you have joined those on the usenet that have taken leave of their senses. You are a pretender. |
#90
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