What caution must pilots of jets with short wing spans take into account regarding wake vortices?

What caution must pilots of jets with short wing spans take into account regarding wake vortices?

• A. They are unaffected by wake vortices
• B. They must respect the strength of wake vortices from larger aircraft
• C. They need to stay higher than larger aircraft
• D. All jets generate stronger vortices

Answer: (B)

Pilots of jets with short wingspans should be particularly aware of the impact of wake vortices generated by larger aircraft. This is essential because larger aircraft produce stronger and more turbulent vortices due to their greater weight and wing design. When a larger aircraft is airborne, it leaves behind rotating air currents that can pose a significant risk to smaller, lighter jets, especially if they are operating in proximity during takeoff, landing, or while in flight. Understanding the strength of these wake vortices helps pilots of shorter-winged jets make informed decisions regarding their flight paths and safe distances from larger aircraft. Maintaining awareness and respect for the wake turbulence effects allows pilots to take appropriate action, such as adjusting their flight paths to avoid areas of potential turbulence, ultimately enhancing safety during operations around larger aircraft.

Pilots of jets with short wingspans should be particularly aware of the impact of wake vortices generated by larger aircraft. This is essential because larger aircraft produce stronger and more turbulent vortices due to their greater weight and wing design. When a larger aircraft is airborne, it leaves behind rotating air currents that can pose a significant risk to smaller, lighter jets, especially if they are operating in proximity during takeoff, landing, or while in flight.

Understanding the strength of these wake vortices helps pilots of shorter-winged jets make informed decisions regarding their flight paths and safe distances from larger aircraft. Maintaining awareness and respect for the wake turbulence effects allows pilots to take appropriate action, such as adjusting their flight paths to avoid areas of potential turbulence, ultimately enhancing safety during operations around larger aircraft.