What are the two critical areas on each wing that can cause injury or damage?

The correct response identifies static wicks and vortilons as the two critical areas on each wing that can potentially lead to injury or damage. Understanding this distinction is essential in ramp safety and operational practices.

Static wicks are devices used to dissipate static electricity that builds up on the aircraft during flight. They are important for ensuring the aircraft remains grounded, but they are also delicate and can be damaged if not handled carefully on the ramp. Any interference with static wicks can compromise the aircraft's safety features.

Vortilons, on the other hand, are aerodynamic devices located on the leading edges of the wings. They help improve airflow over the wing at lower speeds, enhancing stability and control. Because they are integral to the wing's aerodynamic performance, mishandling or damaging vortilons can significantly affect the aircraft's performance and safety.

Identifying these critical areas emphasizes the importance of awareness and caution around these components during ground handling operations. Recognizing the significance of static wicks and vortilons contributes to maintaining aircraft integrity and ensuring safety for ground personnel and equipment.