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Sure doesn't look as responsive as my little airplane. Attitude appeared stable with lots of control input. You can see the altitude ribbon the right side. It looks like pitch angle increased significantly prior to any increase in altitude. Can someone provide some insight into this?
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Momentum and spool up lag in the engines. There isn't much extra energy in the wing coming down final in landing configuration.
The bigger the airplane, the longer it takes to get it to change directions. Once he sets "radar power" or pushes the thrust levers all the way up, it takes a few seconds for the engines to respond and spool up. Turbines make most of their power in the last 20% or so of rotational speed. It can seem like forever for the engines to spool up from idle, especially in older airplanes.
Once they get the power up, and the nose pointed up, it looks like they maintain a pretty good rate of climb. Wish we could see the airspeed, and what it's doing.
ETA: Also, the slower your airspeed, the more pitch change it's going to take to change the flight path. All the drag they have hanging out isn't helping the cause either.