Bowling Economy Calculator
Economy rate is the runs a bowler concedes per over. Enter the runs given away and the overs bowled, using cricket notation like 9.4 for nine overs and four balls.
Calculate bowling economy
Fill in the fields and select Calculate.
What you'll need
To use the bowling economy calculator, have these figures ready:
- Runs conceded — for example, 42.
- Overs bowled — for example, 8 or 7.3.
The calculator then returns the economy rate the moment you press calculate.
How it works
Economy rate = runs conceded ÷ overs bowled
You enter the runs conceded and overs bowled, and the calculator returns the economy rate using the formula above.
When to Use
Use this bowling economy calculator to measure how many runs a bowler concedes per over. Economy rate is critical in limited-overs cricket where containing the opposition is as important as taking wickets. Captains use economy rate to decide which bowlers to trust in pressure overs like the powerplay or death, and selectors track it across tournaments to evaluate a bowler's value.
What the result tells you
Economy is the key bowling measure in limited overs cricket, where containing runs can matter as much as taking wickets. An economy under six in a one day game is strong, and in T20 anything under eight is a good night's work. It says nothing about wickets, though, so a miserly bowler is not always a penetrative one.
Benchmarks & Interpretation
Here is how typical results are categorized and interpreted:
| Value / Range | Rating | Description |
|---|---|---|
| Below 4.0 | Outstanding | Exceptional containment — very rare in modern cricket except in Test matches. |
| 4.0 – 5.0 | Excellent | Elite economy for ODIs. In T20s, this would be extraordinary. |
| 5.0 – 6.0 | Good | Strong economy for ODIs, very good for T20 cricket. |
| 6.0 – 8.0 | Average | Acceptable for T20s but expensive for ODIs. Room for improvement. |
| 8.0+ | Expensive | The bowler is leaking runs too freely. Batters are finding boundaries regularly. |
Pro Tips & Advice
Reducing your economy rate starts with bowling a consistent length — the hardest length to hit is a good length just outside off stump. Vary your pace within an over to disrupt the batter's timing. In death overs, work on yorkers and wide slower balls. Setting aggressive fields early and defensive fields late is another tactic captains use to manage team economy. Also, practise fielding your own bowling — stopping a single off your own delivery saves runs and adds pressure.
Step by step
- Enter the runs conceded.
- Enter the overs bowled.
- Select Calculate to read the economy rate.
Worked example
A bowler who concedes 42 from 8 overs has an economy of 42 ÷ 8, which is 5.25 an over.
Frequently asked questions
How is the bowling economy worked out?
Economy rate = runs conceded ÷ overs bowled. Economy rate is the runs a bowler concedes per over. Enter the runs given away and the overs bowled, using cricket nota…
How do I enter part overs?
Use cricket notation. 7.3 means seven overs and three balls, and the tool converts the balls to sixths of an over for you.
How does economy compare across formats?
In Tests, an economy below 3 is excellent. In ODIs, below 5 is strong. In T20s, below 7 is considered very good. The shorter the format, the higher the typical economy because batters are more aggressive.
Can a bowler have good economy but poor average?
Yes. A bowler who rarely concedes runs but also rarely takes wickets has a good economy but a poor average. Such bowlers are valuable as containing bowlers but may need a partner who can break through.
How accurate is the Bowling Economy Calculator?
The tool applies the standard formula exactly, so the result is only as accurate as the figures you enter. Double check your inputs, since a wrong number going in gives a wrong number coming out.
Is the Bowling Economy Calculator free to use?
Yes. Every tool on GamersZone is free, with no account and no limit on how many times you calculate. The maths runs in your browser, so the numbers you enter are never sent to a server or stored.
How we calculate this
This tool applies the standard formula shown above. The calculation runs entirely in your browser, so the figures you enter are never stored.