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#13
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![]() As Udo pointed out, this is how the designer meets the requirement for increasing "up elevator" force as speed increases. While this has a safety advantage, the truly determined performance oriented pilot will sometimes remove the undercamber to reduce drag. I've never wanted to do it, because I want the safety advantage and I'm concerned the weight of filler material might make the elevator flutter. It would take some paperwork to make it legal, too. -- Eric, In this case the elevator and the shape is not just for safety but also to maximize the performance, the airfoil was design as a complete working unit. If there is a compromise it must be very small. If you fly with the most optimum C of G there is very little elevator deflection for the normal climb and speed range in a steady state and if there is, let say -2 to + 2 deg of defection, I can tell you there is no measurable drag penalty. Udo |
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