Which of the following statements is NOT true about load factor?

Load factor is a crucial concept in aviation that describes the amount of aerodynamic lift generated relative to the weight of the aircraft. It's expressed as a multiple of the gravitational force acting on the aircraft.

When considering the impact of load factor, it is essential to recognize that it directly affects the stall speed of an aircraft, particularly during turns. As an aircraft enters a turn, the load factor increases because the aircraft must generate more lift to counteract the increased gravitational forces acting on it. This higher load factor leads to an increase in stall speed, meaning that the pilot must maintain a higher airspeed to avoid stalling.

Moreover, load factor increases with greater maneuverability. The more aggressive the maneuver, the higher the load factor can become. This characteristic is inherently tied to the design and capabilities of the aircraft, making maneuverability a factor that contributes to the overall load factor experienced during flight.

While load factor is indeed important during climbs and descents, in aerobatic flying, the statement that it plays no part is misleading. Aerobatic maneuvers often place high demands on the aircraft and can significantly influence load factor. Pilots performing aerobatics must manage load factor carefully to avoid exceeding the aircraft's limitations and risking an inadvertent stall or loss of control