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10-Second Ball Path After Pressure

Tactical AnalysisLevel 3 — Advanced

Prerequisites

Pressure Event Data Structure

Unlocks

Post-Press Ball Direction Consistency (Predictability Metric)Press Magnet Player Identification

What It Is

Averaging the ball's spatial trajectory over the 10 seconds following a pressure event on a specific player reveals the typical collective outcome of pressing that player — not just what they did in the instant, but where the ball ends up for the team. This technique captures both the pressured player's immediate response and the downstream passing/carrying chain that follows, making it a team-level metric, not just an individual one.

Correct Execution

Correct construction: for every pressure event on a given player, record the ball's x,y coordinates at t=0 (moment of pressure), t=2s, t=4s, t=6s, t=8s, t=10s; average across all instances; plot the smoothed path. A clear forward trajectory means the team reliably beats this player's press and gains ground. An infield trajectory (like Alexander-Arnold's) is a predictable, potentially exploitable pattern.

Progression Levels

Diagnostic Tree

Coaching Cues

  • "It's not just what happens in the moment — it's where the ball is 10 seconds later." — Thom Lawrence, 2018
  • "The average path is the team's collective answer to the press, not the individual's." — Thom Lawrence, 2018

Common Errors

  1. Computing ball path from the press event position instead of the pressured player's position at t=0: The starting point must be the ball's location, not the presser's location.
  2. Using a fixed time window when possessions end early: If the team loses possession within the 10-second window, you're averaging across different possession contexts. Filter to in-possession windows only or truncate at possession end.

Edges

🔑 Hidden Causal Lever

The Team's Collective Response to Pressure Is More Important Than the Individual's — And It's Visible in the 10-Second Ball Path

tactical-analysisball-path-after-pressure →

The 10-second ball path after a pressure event captures not just the pressured player's decision but the entire team's collective response — where teammates move, who offers support, how the second and third passes route the ball. A team with consistently forward ball paths after pressure has a collective press-beating system, not just press-resistant individuals. Signing a press-resistant player into a team without collective press-beating movement won't change the ball path.

What most people do
Evaluate individual players' press resistance in isolation and assume team press resistance follows.
What the best do
Compute team-level ball paths after pressure by zone. If the team's collective ball path is consistently forward regardless of which individual is pressed, the system is the cause, not the individual. If only specific players' pressure events lead to forward paths, the system depends on those players.
Why it's an edge: Teams that rely on 1-2 press-resistant individuals are fragile — injure or press those players specifically and the system collapses. Teams with collective press-beating movement are robust — the ball path is forward regardless of who receives the pressure.
How to exploit: Compute player-specific vs. team-average ball paths after pressure. If the variance across players is low (everyone's ball path is similar), the team has a systemic solution. If variance is high (only 2-3 players have forward paths), the team is fragile — target those players with specific pressing.
Thom Lawrence, StatsBomb Data Launch, 2018-05-23. 10-second ball path averaging technique across team-level contexts.

Sources

  • Thom Lawrence, StatsBomb Data Launch presentation, YouTube, 2018-05-23 — introduced 10-second ball path averaging as a technique, demonstrated with Dembele (forward drive) and Alexander-Arnold/Robertson (infield)