What can be a consequence of less drag when flying coordinated?

When flying in a coordinated manner, the aircraft experiences less drag, which directly contributes to increased fuel efficiency. Coordination in flight refers to maintaining the balance between the aircraft's roll and yaw through proper use of the ailerons and rudder. When these controls are used together effectively, the aircraft maintains a smooth flight path, minimizing adverse yaw and other forms of drag that would otherwise occur if the flight were uncoordinated.

With increased fuel efficiency, pilots can enjoy longer ranges on their trips and reduce operational costs, making it a significant benefit in flight operations. Efficient fuel usage is particularly important in both general aviation and commercial flying, as it leads to cost savings and less environmental impact.

While other options might suggest potential concerns or risks, they do not directly relate to the benefits observed from reduced drag in coordinated flight. For example, while stalling can be influenced by various factors, coordinated flight actually helps to mitigate that risk by maintaining control and proper flight attitudes. Similarly, decreased engine performance and unstable flight paths are generally outcomes of improper flight management rather than a direct consequence of reduced drag when flying coordinated.