What is the typical control response to turbulence while flying a glider?

Maintaining a steady course while reducing control inputs is the typical response to turbulence in a glider because excessive or abrupt control movements can exacerbate the effects of turbulence. During turbulent conditions, gliders are subject to varying vertical air currents which can cause changes in altitude and attitude. By minimizing control inputs, the pilot allows the glider to respond naturally to the air currents, promoting a more stable flight.

Reducing control inputs helps to avoid over-controlling the glider, which could lead to unwanted oscillations or loss of control. Effective handling of turbulence involves a smooth and gentle approach, allowing the glider to ride the bumps rather than fighting against them. This technique not only enhances safety but also helps the pilot maintain better situational awareness and control of the glider's flight path.

In contrast, increased speed and rapid climbs could lead to overloading the aircraft and may not be effective in turbulent air. Making quick adjustments to control surfaces could lead to instability rather than creating a smooth flight experience. A sudden 180-degree turn would likely be disorienting and could also introduce unnecessary risk in already unstable conditions.