What is the maximum angle allowed for each curved line in a whip intersection before the lead skaters become back-to-back with the axis?

In synchro skating, the concept of a whip intersection is crucial for maintaining the formation and flow of the team. The maximum angle allowed for each curved line in a whip intersection is significant because it helps define the spatial relationship between the lead skaters as they execute this maneuver.

A maximum angle of 180 degrees ensures that the lead skaters can maintain their connection and flow without becoming back-to-back with each other. This condition is essential for the integrity of the formation, as it allows the skaters to keep a visual line of sight and ensures their movements are coordinated and synchronized. If the angle were any greater, like 360 degrees, skaters might completely turn away from each other, completely losing the connection and disrupting the formation.

In practice, allowing for a maximum angle of 180 degrees provides ample room for the curves while promoting a cohesive and efficient motion, essential in synchro skating performances. This limit emphasizes the importance of precise angles in maintaining formation integrity while performing complex maneuvers like whip intersections.