Which option is NOT a wind shear mitigation technique?

Which option is NOT a wind shear mitigation technique?

• A. Go-around when necessary.
• B. Weather radar guidance.
• C. High-angle approach awareness.
• D. Increasing bank to gain energy.

Answer: (D)

Wind shear mitigation focuses on detection, quick decision-making, and managing energy to keep the airplane safe. Going around when necessary is a primary step because it moves you away from hazardous wind changes rather than fighting through them. Using weather radar guidance helps you spot gust fronts or microbursts ahead of you, so you can adjust or avoid them. Being aware of high-angle approaches keeps you vigilant for sudden changes in airspeed and descent rate as you near the runway, allowing you to respond before you reach too steep of a flight path. Trying to gain energy by increasing bank is not a recognized wind-shear mitigation technique. Bank angles primarily change the aircraft’s turn radius and load factor, not the energy state. In wind shear, you want to preserve and manage energy with proper pitch and power, and you want to avoid unnecessary bank that can increase load and reduce your ability to recover from abrupt vertical wind changes.

Wind shear mitigation focuses on detection, quick decision-making, and managing energy to keep the airplane safe. Going around when necessary is a primary step because it moves you away from hazardous wind changes rather than fighting through them. Using weather radar guidance helps you spot gust fronts or microbursts ahead of you, so you can adjust or avoid them. Being aware of high-angle approaches keeps you vigilant for sudden changes in airspeed and descent rate as you near the runway, allowing you to respond before you reach too steep of a flight path.

Trying to gain energy by increasing bank is not a recognized wind-shear mitigation technique. Bank angles primarily change the aircraft’s turn radius and load factor, not the energy state. In wind shear, you want to preserve and manage energy with proper pitch and power, and you want to avoid unnecessary bank that can increase load and reduce your ability to recover from abrupt vertical wind changes.