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#1
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Methods for altitude changes
Suppose you're in your small aircraft and you want to climb from 4000 to 6000,
or descend from 6000 to 4000. What method do you use? I can think of several, but I don't know which is best/recommended. For example, to climb from 4000 to 6000, I can just ease the yoke back and climb. When I get to 6000, I can adjust power and retrim. Another way is to just add some nose-up trim, then retrim and adjust power when I'm at 6000. Still another way is to increase power, and wait until I drift up to 6000, then adjust power and retrim. Various other combinations are possible, such as adjusting power and/or pitch and/or trim simultaneously, and so on. Which method do you normally use? Is there a recommended method? I make a distinction here between initial climbs/descents and extended climbs/descents and small altitude changes. I presume it's not necessary to worry too much about constant adjustment of mixture or things like that in a change of only 2000 feet or so--it can always be adjusted after the target altitude is reached. Similarly, although power must ultimately be adjusted for any new altitude, it doesn't seem that it's really necessary during the altitude change; a slight change in airspeed isn't that big a deal. This would seem to leave a lot of room for personal preferences, which is why I ask which methods are the most popular, and why. -- Transpose mxsmanic and gmail to reach me by e-mail. |
#2
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Methods for altitude changes
Mxsmanic wrote in
: Suppose you're in your small aircraft and you want to climb from 4000 to 6000, or descend from 6000 to 4000. What method do you use? Good grief, and you're presuming to tell anyone here anythign? Bweawhahwhahwhahwhahwhahhwhahwhahhw! Berti e |
#3
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Methods for altitude changes
"Mxsmanic" wrote in message ... Suppose you're in your small aircraft and you want to climb from 4000 to 6000, or descend from 6000 to 4000. What method do you use? I can think of several, but I don't know which is best/recommended. For example, to climb from 4000 to 6000, I can just ease the yoke back and climb. When I get to 6000, I can adjust power and retrim. Another way is to just add some nose-up trim, then retrim and adjust power when I'm at 6000. Still another way is to increase power, and wait until I drift up to 6000, then adjust power and retrim. Various other combinations are possible, such as adjusting power and/or pitch and/or trim simultaneously, and so on. Which method do you normally use? Is there a recommended method? I make a distinction here between initial climbs/descents and extended climbs/descents and small altitude changes. I presume it's not necessary to worry too much about constant adjustment of mixture or things like that in a change of only 2000 feet or so--it can always be adjusted after the target altitude is reached. Similarly, although power must ultimately be adjusted for any new altitude, it doesn't seem that it's really necessary during the altitude change; a slight change in airspeed isn't that big a deal. This would seem to leave a lot of room for personal preferences, which is why I ask which methods are the most popular, and why. Relax, not matter which procedure you use, your desk will always remain level, and at the same altitude. |
#4
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Methods for altitude changes
In rec.aviation.piloting Mxsmanic wrote:
Suppose you're in your small aircraft and you want to climb from 4000 to 6000, or descend from 6000 to 4000. What method do you use? I can think of several, but I don't know which is best/recommended. For example, to climb from 4000 to 6000, I can just ease the yoke back and climb. When I get to 6000, I can adjust power and retrim. Another way is to just add some nose-up trim, then retrim and adjust power when I'm at 6000. Still another way is to increase power, and wait until I drift up to 6000, then adjust power and retrim. Various other combinations are possible, such as adjusting power and/or pitch and/or trim simultaneously, and so on. Which method do you normally use? Is there a recommended method? I make a distinction here between initial climbs/descents and extended climbs/descents and small altitude changes. I presume it's not necessary to worry too much about constant adjustment of mixture or things like that in a change of only 2000 feet or so--it can always be adjusted after the target altitude is reached. Similarly, although power must ultimately be adjusted for any new altitude, it doesn't seem that it's really necessary during the altitude change; a slight change in airspeed isn't that big a deal. This would seem to leave a lot of room for personal preferences, which is why I ask which methods are the most popular, and why. It doesn't matter in Flight Simulator. Why bother telling you what to do in a real airplane as you will just argue about it and discard the information since you will never be in a real airplane. -- Jim Pennino Remove .spam.sux to reply. |
#5
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Methods for altitude changes
Mxsmanic wrote:
Suppose you're in your small aircraft and you want to climb from 4000 to 6000 hit Y, then Q couple times, then Y again when alt reached... hth |
#6
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Methods for altitude changes
"flypaper" wrote in message ... Mxsmanic wrote: Suppose you're in your small aircraft and you want to climb from 4000 to 6000 hit Y, then Q couple times, then Y again when alt reached... hth But smoothly, easy on the controls. Let the sim do the work. |
#7
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Methods for altitude changes
Mxsmanic wrote:
Suppose you're *simulating your small aircraft and you want to *simulate a climb from 4000 to 6000, or descent from 6000 to 4000. What method do you *simulate? I can think of several, but I don't know which is best/recommended to *simulate. Funny that. For example, to *simulate a climb from 4000 to 6000, I can just *simulate easing the yoke back and climbing. When I get to a *simulated 6000, I can *simulate adjusting power and trim. Another way is to just add some *simulated nose-up trim, then re-trim and *simulate adjusting power when I'm at a *simulated 6000. Still another way is to *simulate an increase in power, and wait until I drift up to a *simulated 6000, then *simulate adjusting power and trim. Various other combinations are possible, such as *simulating adjusting power and/or pitch and/or trim simultaneously, and so on. Only one of these is correct, and none of the situations you explicitly described are correct. Which method do you normally use when *simulating? Is there a recommended method? Yes. I make a distinction here between initial *simulated climbs/descents and *simulated extended climbs/descents and small altitude changes. I presume it's not necessary to worry too much about *simulated constant adjustment of mixture or things like that in a *simulated change of only 2000 *simulated feet or so--it can always be *simulated after the *simulated target altitude is reached. You presume incorrectly. Similarly, although *simulated power must ultimately be adjusted for any new altitude, it doesn't seem that it's really necessary during the altitude change; a slight change in airspeed isn't that big a deal. It's a big deal. It needs adjustment. I have corrected some of the errors in enunciation, prose and grammar where necessary. (denoted by *) TheSmokingGnu |
#8
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Methods for altitude changes
TheSmokingGnu writes:
Only one of these is correct, and none of the situations you explicitly described are correct. Which one is correct, and why? -- Transpose mxsmanic and gmail to reach me by e-mail. |
#9
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Methods for altitude changes
"Mxsmanic" wrote in message ... TheSmokingGnu writes: Only one of these is correct, and none of the situations you explicitly described are correct. Which one is correct, and why? All of the above, because it's free country and just a simulated event. |
#10
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Methods for altitude changes
On 4/7/2007 1:20 PM Maxwell jumped down, turned around, and wrote:
"Mxsmanic" wrote in message ... TheSmokingGnu writes: Only one of these is correct, and none of the situations you explicitly described are correct. Which one is correct, and why? All of the above, because it's free country and just a simulated event. Correct, and not only that, remember: you're just a name on a screen. Anthony sez so! -- dgs |
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