What defines a glide path?

The glide path is defined as the angle of descent towards the landing point. It refers to the trajectory that a parachutist or parachute follows as they descend towards the ground, influencing how and where they will land. Understanding the glide path is crucial for effective landing approach and accuracy, as it impacts the ability to control speed and direction during descent.

The calculation of the glide path involves factors including the parachute's design, the jumper’s weight, and the wind conditions. Adjusting the glide path can help facilitate a safer and more precise landing, which is essential for all skydivers, especially those working towards their A License.

Other options focus on different aspects of skydiving. The speed at which the parachute deploys is related to the opening sequence, while the altitude of the jump refers to the height from which the jump is initiated, and the weight capacity of the parachute system pertains to how much weight the parachute can safely support. None of these elements define the glide path, which is crucial for ensuring successful landings in skydiving.