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I’m not Lindbergh… This trip was ambitious for me, but quite common in the generalaviation community. I spent a few months researching aircraft performance and high altitude airport flying techniques. As altitude increases, air molecules spread out, resulting in less power and lift.
Did you know that loss of control (LOC) is the number one root cause of fatalities in both generalaviation (GA) and commercial aviation? This happens regardless of weight, bank angle, temperature, densityaltitude, or center of gravity. What can pilots do to prevent this?
The airplane’s engine, propeller, and wings, which have struggled all summer against the ravages of high temperatures and densityaltitude, are now in their happy place. If the airplane is tied down outside, it’s important to get all of the ice and snow off the lifting and control surfaces.
The airplane’s engine, propeller, and wings, which have struggled all summer against the ravages of high temperatures and densityaltitude, are now in their happy place. If the airplane is tied down outside, it’s important to get all of the ice and snow off the lifting and control surfaces.
The current emphasis in generalaviation (GA) safety is on visual angle of attack (AOA) indicators and impossible turns (return to the airport following engine failure). The current emphasis in generalaviation (GA) safety is on visual angle of attack (AOA) indicators. In maneuvering flight such as turns in the pattern.
Yet, statistics show that go-arounds are among the riskiest maneuvers in generalaviation. Reducing the flaps all at once will result in a large loss of lift, which can cause the aircraft to settle on the runway or stall. Effects of atmospheric conditions on a go-around, such as winds and densityaltitude.
The airfoil is a Harry Riblett shape, giving modernized flow separation on the leading edge for a soft stall yet with good lift and drag performance. It was 87° F, a densityaltitude of 7300 feet and we ended up with four people, 120 gallons plus baggage, and we got off in 2400 feet with naturally aspirated engines.
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