What occurs immediately following a turn in a canopy?

When a canopy executes a turn, it will initially experience a momentary increase in descent rate due to the physics of how the air moves over the wings. However, once the turn is completed, the canopy transitions into a more stable flying position, which is commonly described as "planing out." This state occurs as the canopy restores its airspeed and creates lift efficiently again.

In this planed-out state, the parachute responds well to pilot input, making it easier to transition into further maneuvers, landings, or other actions. It’s important to understand that this behavior helps ensure stability and control following the turn, crucial for safe parachute flying and landing.

The other possibilities—such as descending rapidly, stalling, or spinning—do not typically represent the immediate response after a standard controlled turn of a canopy. A rapid descent or a stall would indicate an improper turn or technique, while a spin would involve a different set of flight characteristics and scenarios that are not directly following a standard turn. Understanding these concepts is critical for ensuring effective canopy control and piloting skills during jumps.