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About this tool
Football training zones in bpm with matching drills, match-average intensity and a 4 x 4 minute aerobic interval planner.
This calculator converts your age or measured maximum heart rate into five football-specific training zones in beats per minute, from regeneration work up to repeated-sprint efforts, and names the drill that reliably lands in each one. It also builds the aerobic interval session used in football research — 4 × 4 minutes at 90–95% of maximum heart rate with 3 minutes of active recovery near 70% — using your own numbers. Match heart rate studies put the mean intensity of a game at roughly 85% of maximum, about 70% of VO2 max, and that reference is shown alongside your zones.
Open Heart Rate Zones for Football on AltFTool — it loads instantly in your browser.
Add your input to the workspace.
Adjust the options until the result looks right.
Copy or download the output and put it to work.
Each band names the football content that puts players there, from 8v8 possession to 4v4 games and sprint repeats.
Enter repetitions, work and recovery length and get the target bpm plus the total session time.
Shows the bpm equivalent of the 85% of maximum mean intensity reported for match play.
Reviews of match heart rate data put the average at roughly 85% of maximum heart rate, with long stretches above that and short spikes near maximum. For a 22-year-old with a Tanaka maximum of 193 bpm, that average is about 164 bpm.
Four repetitions of four minutes at 90–95% of maximum heart rate, each separated by three minutes of active recovery at around 70%. It is the aerobic interval format used in football training studies and totals 25 minutes including recoveries, 16 of them at intensity.
Yes, when the pitch and numbers are right. Formats around 4v4 typically hold players near 90% of maximum heart rate, which is inside the aerobic power zone, while larger formats such as 8v8 tend to sit closer to the match average. Smaller pitches and fewer players push intensity up.
Use both. Heart rate reflects internal cardiovascular load, while GPS distance, accelerations and high-speed running capture the mechanical load that heart rate misses during short sprints, since heart rate lags the effort by up to a minute. This is general training information, not medical advice; any player with chest pain, fainting or unexplained loss of fitness should be assessed by a doctor.