Conventional gear airplanes(taildraggers) have the CG aft of the main gear. Because of this directional control during takeoff roll & landing rollout can be quite sporty. Torque, P-factor, gyroscopic precession, slipstream associated with single engine propeller airplanes all contribute to turning forces also as do crosswinds.
To maintain better directional control on the ground during takeoff & landing keeping the tailwheel off the ground as long as possible is key as are tiny stick rudder stick inputs.
I was wondering if some of you flyers can share your technique for takeoff & landing roll directional control. Oh and flying EDF, turbine or counter-rotating props dont count. he .. he .. he ..
To maintain better directional control on the ground during takeoff & landing keeping the tailwheel off the ground as long as possible is key as are tiny stick rudder stick inputs.
I was wondering if some of you flyers can share your technique for takeoff & landing roll directional control. Oh and flying EDF, turbine or counter-rotating props dont count. he .. he .. he ..
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