jalapeno_pretzel
DIS Veteran
- Joined
- May 13, 2015
The whole thing stems from Boeing trying to cut corners by reusing the 737 air frame with it's new, heavier, more efficient engines. The air frame was designed for engines of a certain weight, and when they got these heavier engines, it added weight in the back half of the plane, causing the nose to want to pitch up - which could create a stall condition. Then enter their special "compensation" software to force the nose down in that event (and apparently even when that event has not happened). When they're having to band-aid fixes together to get around a design flaw, that's not good engineering.