Batting average vs strike rate comes down to two different questions: how many runs does a batter score per dismissal, and how quickly do they score those runs? Batting average answers the first. Batting strike rate answers the second.
A batter can have a high average while scoring slowly, or a high strike rate while contributing fewer runs before getting out. Neither number tells the complete story on its own.
Understanding the difference helps you read player records, compare performances and judge whether an innings suited the match situation.
Batting Average vs Strike Rate: The Main Difference
| Feature | Batting average | Batting strike rate |
|---|---|---|
| What it measures | Runs scored per dismissal | Runs scored per 100 balls faced |
| Formula | Total runs ÷ dismissals | (Total runs ÷ balls faced) × 100 |
| Main question | How many runs does the batter contribute per dismissal? | How quickly does the batter score? |
| Effect of a not-out | Runs count without another dismissal being added | Runs and balls count normally |
| Main limitation | Does not show scoring speed or variation between innings | Does not show how often the batter gets out |
An average of 40 means the batter has scored 40 runs per dismissal across the selected record. A strike rate of 150 means they have scored at a rate equivalent to 150 runs per 100 balls.
That does not mean the batter scores 40 every innings or needs to face 100 balls for strike rate to apply.
What Is Batting Average in Cricket?
Batting average measures total runs scored divided by the number of times a batter has been dismissed.
The important word is dismissed. The calculation does not simply divide runs by matches or innings played. The ICC also uses runs and dismissals when explaining batting average as a comparison in its team rankings explanation.
Batting average formula
Batting average = Total runs scored ÷ Number of dismissals
Imagine a batter has scored 480 runs, batted in 12 innings and finished not out four times. The batter has been dismissed eight times.
Batting average = 480 ÷ 8 = 60.00
Dividing 480 by 12 would give runs per innings, which is a different measure.
How do not-outs affect batting average?
Consider these illustrative scores:
| Innings | Runs | Result |
|---|---|---|
| 1 | 40 | Out |
| 2 | 60 | Not out |
| 3 | 20 | Out |
| 4 | 80 | Not out |
| 5 | 0 | Out |
| Total | 200 | Three dismissals |
The batting average is 200 ÷ 3 = 66.67. Runs from the two unbeaten innings still count, but those innings do not add to the dismissal total.
This matters when comparing players with different roles. A finisher may remain unbeaten when a chase ends or the overs run out. An opener generally has more deliveries available and a different pattern of opportunities.
Not-outs are valid contributions. However, you should read them alongside innings, runs, batting position and the size of the sample.
If a batter has never been dismissed in the selected record, their average is undefined because the calculation would divide by zero.
What Is Batting Strike Rate in Cricket?
Batting strike rate measures how quickly a batter scores, expressed as runs per 100 balls faced.
Batting strike rate formula
Batting strike rate = (Runs scored ÷ Balls faced) × 100
If a batter scores 45 runs from 30 balls: Strike rate = (45 ÷ 30) × 100 = 150.00
If another batter scores the same 45 runs from 60 balls: Strike rate = (45 ÷ 60) × 100 = 75.00
Both have contributed 45 runs, but the first batter has used half as many deliveries. The standard runs-per-100-balls definition is also described in this research paper on cricket player statistics.
Does being not out change strike rate?
Being not out does not change the strike rate formula. A score of 30 from 20 balls produces a strike rate of 150, whether the batter is dismissed or finishes unbeaten. Runs scored and balls faced determine the calculation.
For a tournament or career strike rate, use total runs and total balls faced. Do not take a simple average of individual innings strike rates, because innings can have very different lengths.
Can a Batter Have a High Average and a Low Strike Rate?
Yes. Batting average and strike rate measure different parts of a performance. Consider two fictional batters in the same competition:
| Statistic | Batter A | Batter B |
|---|---|---|
| Runs | 300 | 240 |
| Dismissals | 6 | 8 |
| Balls faced | 300 | 150 |
| Batting average | 50.00 | 30.00 |
| Batting strike rate | 100.00 | 160.00 |
Batter A produces more runs per dismissal. Batter B scores more quickly.
Choosing the more useful contribution requires context. Was the team rebuilding after early wickets? Was the batter facing the final few overs? Was the required scoring rate rising?
The numbers identify the difference. The match situation helps explain its value.
Is Batting Average or Strike Rate More Important?
The balance changes with the format, conditions and player’s role. Our guide to Test vs ODI vs T20 explains how the available time and deliveries change batting decisions.
In Test cricket
Batting average is an important starting point because building substantial innings and preserving wickets often matter greatly.
Strike rate still has tactical value. Faster scoring may create time to bowl out the opposition or push a match towards a result. In another situation, surviving difficult conditions may be the immediate priority.
An innings should be judged against what the team needed, rather than scoring speed alone.
In ODI cricket
Average and strike rate need to be considered together. A batter may need to rebuild after wickets, rotate the strike through the middle overs and accelerate later. A strong average does not automatically make a slow innings useful, while rapid scoring does not remove the cost of frequent dismissals.
Our beginner’s guide to ODI cricket explains how these demands change across a 50-over innings.
In T20 cricket
Strike rate becomes particularly important because deliveries are scarce. Using many balls without sufficient scoring can leave teammates with a difficult task.
However, average still matters. A batter who scores quickly but is dismissed after a very small contribution may not consistently provide what the team needs.
Compare players who perform similar roles. An opener and a finisher face different fields, phases and opportunities, even within the same team.
What Is a Good Batting Average or Strike Rate?
There is no single benchmark that works across every format, competition and batting role. Before deciding whether a number is good, check:
- Format: Test, ODI and T20 records answer different questions.
- Role: Opening, rebuilding and finishing create different demands.
- Conditions: Difficult batting surfaces can change the value of a score.
- Opposition: The quality of the bowling matters.
- Era and competition: Compare players against relevant contemporaries.
- Sample size: A few innings can produce unstable figures.
For example, a strike rate of 140 means 28 runs from 20 balls. That may be valuable in one situation and insufficient in another. The number alone cannot settle the judgement.
Common Mistakes When Comparing Batters
Treating batting average as a direct measure of consistency
An average does not show how runs are distributed. Two batters can score 200 runs across five dismissals and both average 40. One might repeatedly score around 40, while the other makes one large innings alongside several low scores.
Look at the innings record before calling either player more consistent.
Ignoring not-outs and batting position
A high average over a handful of dismissals needs context. Check how often the player batted, how many runs they scored and what opportunities they received.
Our analysis of Rinku Singh’s batting role and opportunities explores why interpreting a finisher’s record requires more than one headline statistic.
Judging strike rate without considering innings length
Ten runs from five balls gives a strike rate of 200. Sixty from forty balls gives a strike rate of 150. The first is faster, but the second is a much larger contribution. Which was more useful depends on the match situation.
Mixing different statistical records
Keep comparisons consistent. Do not compare one player’s overall T20 record with another player’s T20I-only record, or a career average with a short recent sample without clearly stating the difference.
Use average to understand runs per dismissal and strike rate to understand scoring speed. Then examine the role, conditions and match situation before judging the batter.
Batting Average vs Strike Rate FAQs
These batting average vs strike rate FAQs explain the batting average formula, how to calculate batting strike rate and why not-outs affect the two statistics differently.
1. What is the difference between batting average and strike rate?
Batting average measures runs per dismissal. Batting strike rate measures runs per 100 balls faced. Average describes run production relative to dismissals, while strike rate describes scoring speed.
2. How do you calculate batting average?
Divide total runs by the number of dismissals. If a batter scores 360 runs and is dismissed nine times, their batting average is 40.00. Do not divide by matches played.
3. How do you calculate batting strike rate?
Divide runs scored by balls faced, then multiply by 100. A batter scoring 72 from 48 balls has a batting strike rate of 150.00.
4. Do not-outs increase batting average?
Runs scored in an unbeaten innings add to the total without adding a dismissal. A positive not-out score therefore increases an existing average. An unbeaten zero leaves it unchanged.
5. Is a strike rate of 150 good?
A strike rate of 150 means scoring at 1.5 runs per ball. Its value depends on the format, conditions, batting role and match situation. It should not be judged without that context.
6. Is batting average more important than strike rate?
Neither is always more important. Test analysis often places substantial weight on runs per dismissal, while limited-overs analysis must also consider how efficiently a batter uses deliveries. Both statistics are more useful when read together.
7. Can a batter have a strike rate above 100?
Yes. A strike rate above 100 means the batter scores faster than one run per ball. For example, 40 runs from 25 balls produces a strike rate of 160.
All numerical player examples in this article are illustrative and do not represent a named player’s record.
