When attacking against a set defense, teams periodically exit the probing state to reset play. The reset can be "hard" (ball returns to own half, below 30m from own goal, slow circulation) or "mild" (ball stays in own half but not deep, moderate speed). Data analysis reveals a counterintuitive finding: hard reset is BOTH more rewarding AND less risky than mild reset. Odds of scoring increase ~2x after a hard reset vs. baseline. Hard reset forces the opponent's first pressure line to push up, creating space in behind when the team re-enters the attacking phase. Mild resets don't create this space because the defense stays compact.
Within set-defense possessions, identify "false blocks" — sequences of events where the probing conditions are temporarily not met. Cluster these false blocks by their characteristics: location (distance from own goal), speed, number of players involved, and reason for being "false" (pinballing, lack of height, excess verticality). The key clusters:
Compare the goal lift (relative increase in scoring odds) and risk (probability of losing ball → conceding) for each cluster type.
Taking the ball all the way back to your goalkeeper ("hard reset") produces ~2x goal lift AND lower concession risk than a mild reset to the halfway line. Hard reset forces the opponent's press line up, creating exploitable space behind it.