From a Boeing 727 named Sidney.
Category Photography / All
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No. Its a subtle change in pitch. Its not a radical change to nose up attitude. Besides, If he's coming in too slow, he has other problems.....like running out of altitude before his engines can spool (spin up) to full thrust for climb. Maybe a tailstrike if he's lucky at that point.
No, most of the big jets are 10:1 or better (10 forward for every 1 down) but low and slow and dirty (gear down, slats down, flaps down) is no place to be indecisive. Up until the point of no return, you can balk the approach and go around, once you commit to land, you land.
Oh, and it will also disconnect the autopilot. Forgot about that one.
You hit the TO/GA button as you are advancing the thrust levers for the missed approach/go around. Also, while it is not a subtle maneuver you also don't just yank the nose up. The airplane will still descend a little just because you are changing the direction of a lot of weight and it has a ton of momentum. You should not be making an approach in a jet with the engines at idle especially if they are larger/older engines since it will take some time for them to spool up. Like irreverent said they should not be coming in too slow. Even at ref there they still have a 30% over stall speed cushion. Fully configured, most jets require a fair amount of power to maintain speed and glide path. For example, in the Lear 60 I generally approach with about 60% N1 if I am fully configured. With that much power the response time for the engine is very short. Also, you generally would not want to use take off power during a go around as it will give you a bit of a wild ride.
You hit the TO/GA button as you are advancing the thrust levers for the missed approach/go around. Also, while it is not a subtle maneuver you also don't just yank the nose up. The airplane will still descend a little just because you are changing the direction of a lot of weight and it has a ton of momentum. You should not be making an approach in a jet with the engines at idle especially if they are larger/older engines since it will take some time for them to spool up. Like irreverent said they should not be coming in too slow. Even at ref there they still have a 30% over stall speed cushion. Fully configured, most jets require a fair amount of power to maintain speed and glide path. For example, in the Lear 60 I generally approach with about 60% N1 if I am fully configured. With that much power the response time for the engine is very short. Also, you generally would not want to use take off power during a go around as it will give you a bit of a wild ride.
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