High-Speed Running in Football: Thresholds, Metrics, and Match Demands

Most modern GPS providers use these velocity bins:

• Walking. 0 - 2.0 m/s (0 - 7.2 km/h).
• Jogging. 2.0 - 4.0 m/s (7.2 - 14.4 km/h).
• Running. 4.0 - 5.5 m/s (14.4 - 19.8 km/h).
• High-speed running. 5.5 - 7.0 m/s (19.8 - 25.2 km/h).
• Sprinting. 7.0+ m/s (25.2+ km/h).
• Position-specific norms exist. Some clubs use individualised thresholds based on each player's peak speed.

Position-specific HSR distance per 90-minute match in elite football:

• Centre-back (CB). ~250-450m HSR per match. Lowest of any outfield position.
• Full-back (FB). ~600-850m HSR per match. Among the highest due to overlapping runs.
• Centre midfielder (CM). ~500-750m HSR per match. Box-to-box variant on the higher end.
• Wide midfielder / winger. ~700-1,000m HSR per match. Highest of the outfield positions.
• Centre-forward (CF). ~500-800m HSR per match. Varies enormously by tactical role (target-man vs runner).
• Wing-back (WB). ~750-1,050m HSR per match. Hybrid full-back / winger workload.

Total distance is a weaker performance indicator than HSR. Three reasons:

• Total distance is loosely correlated with match outcome. A team that walks for 90 minutes can still cover 10 km. Distance alone doesn't reflect intensity.
• HSR correlates with attacking output. Match-level HSR per player correlates with chance creation, pressing intensity, and counter-attack speed.
• HSR is a fitness benchmark. Match HSR per 90 is one of the most-used fitness assessment numbers. A pre-season target might be "match HSR ≥ 700m for wingers" before the player is cleared for first-team selection.
• Injury risk peaks at HSR spikes. Sudden jumps in HSR (e.g., a winger covering 1,200m in a match vs his 700m baseline) are a flagged injury-risk indicator.

Two related but distinct metrics:

• HSR (5.5 m/s+). Captures all runs at high pace, including ~40m of running into space behind the defence.
• Sprint distance (7.0 m/s+). Captures only the highest-intensity efforts. A typical Premier League winger has 200-400m sprint distance per match — out of 700-1,000m total HSR.
• Why both matter. HSR tells you "how much fast running"; sprint distance tells you "how much maximal-intensity running". A player with high HSR but low sprint distance is a relentless runner; high sprint + low HSR is an explosive runner.

Three main collection methods:

• GPS pods (Catapult, STATSports). A wearable pod between the shoulder blades captures velocity at 10 Hz. Standard in Premier League.
• Optical / camera tracking (TRACAB, Second Spectrum). In-stadium camera systems capture player positions at 25 Hz. Used for broadcast graphics and post-match analysis.
• LPS / RFID. Smaller-scale tracking with floor-mounted antennas; less common in football, more in indoor sports.

Three recommendations:

• Track HSR per player per match as a baseline. Build position-specific norms over a full season.
• Combine HSR with player-load and session RPE for a complete external + internal load picture.
• Watch for HSR spikes. A player covering 50%+ above his baseline HSR in a single match warrants reduced training load the following week.
• Use HSR for return-to-play. Rehab progression should target 60% → 80% → 100% of pre-injury HSR baseline before clearing the player for full match minutes.