What is the minimum distance apart that robots must be to end a pinning situation?

In the context of robotics competition rules, a pinning situation refers to a scenario where one robot is preventing another robot from moving by continuously contacting it. To ensure fair play and allow for the possibility of movement, specific regulations dictate the minimum distance required to end such a situation.

The correct answer states that robots must be at least 6 feet apart to conclude a pinning situation. This distance is established to ensure that each robot has ample space to maneuver. It helps maintain the flow of the match by preventing one robot from unfairly restricting the movement of another for an extended period, which could be considered a form of obstruction that might lead to unsportsmanlike conduct.

This distance promotes safety and competitive integrity, allowing teams to execute their strategies without being unduly hindered. Understanding this rule helps participants navigate competitive scenarios effectively and advocate for timely interventions by referees if pinning occurs during a match.