How is an aerodynamic stall described when it applies to a ram-air canopy?

An aerodynamic stall in the context of a ram-air canopy refers to a stable state where there is a decreased glide and an increased rate of descent. This occurs when the angle of attack of the canopy becomes too great, causing airflow over the wing to separate. In this condition, the canopy no longer generates optimal lift, leading to a situation where the descent becomes more pronounced and the glide path is reduced.

It's important to understand that while a stall does alter the canopy's performance, it does not necessarily lead to complete loss of control or rapid descents like other scenarios might suggest. Instead, the descent is generally stable, albeit not optimal, allowing the skydiver to maintain some level of control during the descent. Understanding this behavior is crucial for pilots to manage their canopies effectively and safely during all phases of a jump, especially when approaching landing.