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I only get the triple feature ones:D
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Originally Posted by Senior Skipper
(Post 307964)
How do you go about power management anyway? Do you chase a specific speed/mach, or do you just set a specific power setting and take the speed you get? |
Originally Posted by Senior Skipper
(Post 307994)
Never seen one that will takeoff on it's own.
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In the 145 the detent is a great place to start with a power setting, but seems like you have to pull it back a lot of times to keep b*****n' Betty quiet...
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thats cause the 145 has those poor man auto throtle, aka, a power mode button, keep it in the detent, press the cruise button, engines roll back then pull it back a lil to keep betty quiet.
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Why don't RJs have autothrottles?
COST. |
My Uncle is a SWA captain, and he said company policy forbids them from using autothrottles when installed.
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Also...I wouldn't use autothrottles even if they were available on everything...because I'm eventually gunning for a couple of ACMI jobs on some old old freighters, and those things require a pretty good feel for how a turbine responds to power inputs...I can't imagine starting out a career in a E170, and never having to become fully in touch with the relationship between throttle inputs and engine response. I guess it's not that huge of a deal, but still, the plane navigates itself, the least you can do is get a feel for how to manage your thrust.
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Originally Posted by Senior Skipper
(Post 308034)
Take it easy there. I'm not attacking you. Not saying that RJ's are lesser planes, but just wondering why this "simple" functionality seems to be absent.
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Originally Posted by overspeed
(Post 308098)
When you're starting out, you basically have to guess at a power setting that will give you the speed you're supposed to fly. After a while, it becomes intuitive. Watch the captains you fly with. Mimic the ones that do it well.
Example: You're level at 8K cruising along and trying to maintain 250 knots. Set the thrust levers so each fuel flow reads 1250 pph (250/2=125 then add the zero). If you wanted to maintain 210 knots, use 1050 pph. It works at all altitudes, but it's more accurate at lower altitudes (say, below 15K). Also, when you descend, if you want to maintain that speed, drop the power 400pph for each 1,000fpm (i.e. for a 1500fpm descent, drop the power back 600pph). You'll have to bump the thrust levers forward as you descend though to maintain that fuel flow. Takes a lot of the "guesswork" out of it though. |
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