Which of the following is a factor of in-flight stability?

• A. Proper Weight
• B. Crosswind Correction Technique
• C. Center of Gravity
• D. Rope Tension

Answer: (A)

In-flight stability comes from how the aircraft resists disturbances and returns to a steady flight condition. Weight plays a key role because it provides inertia and helps determine the balance of forces acting on the aircraft. When the load is at the proper weight, the aircraft has the right amount of inertia to damp out small gusts and control inputs, making its response predictable and stable. Proper loading also keeps the aircraft’s center of gravity within limits, so the forces from lift, weight, and tail surfaces create a stable trim condition and restore motion efficiently after a disturbance.

Crosswind correction technique is about how you pilot the aircraft in gusty, sideways winds; it’s a handling method rather than an inherent stability parameter. The center of gravity is indeed a major stability factor, but the question emphasizes weight as the element that most directly influences overall stability margins in this context. Rope tension isn’t related to the aircraft’s stability in flight.