An airplane described as inherently stable will require what from the pilot?

An inherently stable airplane is designed to return to its original flight attitude after being disturbed from that attitude. This stability allows for easier handling in various flight conditions. As such, the pilot does not need to exert as much effort to maintain control of the aircraft when flying straight and level or during gentle maneuvers. In fact, the aircraft will tend to self-correct minor deviations from its flight path, reducing the workload on the pilot significantly. This characteristic makes flying more intuitive and less physically demanding, enabling pilots to concentrate on navigation, communication, and other tasks rather than constantly managing the aircraft's attitude.

In contrast, an inherently unstable airplane would require the pilot to be more engaged and proactive in making frequent adjustments to maintain control. An unstable aircraft might demand constant corrections, leading to increased effort from the pilot to keep the plane flying as intended.