Batting strike rate calculator

45 from 30 means a strike rate of 150

For this fictional innings, divide 45 runs by 30 balls faced and multiply by 100. The result is 150 runs per 100 balls. This is a standardised scoring speed, not a claim that the batter actually faced 100 deliveries.

What changes after the next ball?

Keep the example at 45 runs and change the balls to 31. The strike rate drops to 145.16. If the next delivery instead produces a boundary, 49 from 31 gives 158.06. A short innings can move dramatically after a single event. Quote the runs and ball count beside the rate so the reader can judge that small sample.

Use the batter’s record

Enter runs credited to the batter, not the team total. Use the balls faced shown in the batting record; do not substitute the number of legal balls in the team innings. Wides, no-balls and other events can make those records differ. Our extras guides explain why several counters coexist.

Combine the counts, not the rates

Imagine two innings: 10 from 5 and 40 from 40. Their rates are 200 and 100. An ordinary average gives 150, but the combined performance is 50 from 45, or 111.11. The longer innings carries more deliveries. For a combined strike rate, add runs and balls first.

Speed is one dimension

A strike rate does not measure dismissal risk, match situation, bowling difficulty or the value of surviving to the end. A not-out marker does not change the strike-rate denominator. It matters to batting average instead. Compare like formats and meaningful samples before drawing a conclusion.

See strike rate versus batting average for the distinction and primary statistical references. A zero-ball denominator is deliberately rejected.