Cricket Calculators – Choose the Right Scoring Tool

Start with the question you want to answer

A scorecard contains several kinds of runs and ball counts. A batter’s 39, the team’s 108 and a bowler’s 24 conceded are all valid numbers, but they belong in different calculations. Use this directory to pick the right pair of inputs before opening a tool.

Choose by scoring question
Your question	Where to start
How fast did one batter score?	Batting strike rate
How many runs did a bowler concede per over?	Bowling economy
What is the innings pace or the pace still needed?	Current or required run rate
How is a tournament’s NRR worked out?	Net run rate calculator
How do lost overs affect a rain-target estimate?	Educational D/L estimator
How much did these two batters add together?	Partnership calculator
How many counted balls does this overs entry represent?	Overs converter
How many runs does a batter score per dismissal?	Batting average
What do a bowler’s runs per wicket and balls per wicket look like?	Bowling average and strike rate
What rate does the chasing side need from here?	Required run rate

Batting Strike Rate Calculator

Choose this when comparing how quickly a batter scored. Use the individual batting row, excluding team extras. The team’s over count cannot substitute for the player’s balls faced.

Bring these figures: Runs scored by one batter and that batter’s recorded balls faced.
What you get: Scoring pace expressed as runs per 100 balls, plus runs per ball.

This is batting strike rate, not bowling strike rate or batting average. A short burst and a long innings can have the same rate but very different match value.

Open batting strike rate

Batting Average Calculator

Choose this to see how many runs a batter scores for each dismissal. Count only innings in which the batter came in, and enter not-outs separately so the denominator is correct.

Bring these figures: Total runs, innings batted and not-outs; balls faced if you also want strike rate.
What you get: Batting average, dismissals, runs per innings and, optionally, strike rate and balls per dismissal.

A batter who has never been dismissed has no average. The result describes the figures you enter, not form, conditions or opposition.

Open batting average

Bowling Economy Rate Calculator

Choose this to check the cost of a bowling spell. Copy the conceded-runs figure from the bowling row; using the innings total can bring in runs that were not charged to that bowler.

Bring these figures: Runs charged to one bowler and that bowler’s overs.
What you get: Runs conceded per over, with an overs conversion.

Economy does not measure wicket-taking. Two bowlers can concede runs at the same rate while taking different numbers of wickets.

Open bowling economy

Bowling Average & Strike Rate Calculator

Choose this to compare how much each wicket costs and how often a bowler takes one. Use the bowler’s own analysis, not the team total, and count only wickets credited to the bowler.

Bring these figures: Runs charged to one bowler, overs in scorecard notation and wickets.
What you get: Bowling average, bowling strike rate and economy, with a check that the three agree.

Average and strike rate are not defined without a wicket. A single wicket makes the average equal to the runs conceded, so treat small samples with care.

Open bowling average

Run Rate Calculator: Current and Required

Choose this for the pace of an innings or the pace needed to finish a chase. For required rate, first subtract the current score from the winning target and work out the overs left. Use those two values in the same fields.

Bring these figures: Team runs and overs faced; or runs still needed and overs remaining.
What you get: Runs per over for the pair of values you enter.

The form does not subtract the scores or innings limits for you. Current rate and required rate are different snapshots; neither is a probability of winning.

Open run rate

Required Run Rate Calculator

Choose this during a chase. Enter the target to win, the current score and the overs bowled, and the tool works out the runs needed and the balls left for you.

Bring these figures: The target (opposition total plus one), the current score, overs bowled and the overs in the innings.
What you get: Runs needed, balls remaining, required and current run rates, and a table of next-over outcomes.

Wickets are not part of the formula and the tool does not apply DLS. After rain, enter the revised target and overs announced by the officials.

Open required run rate

Net Run Rate Calculator

Choose this when reading a tournament table. NRR needs the runs and overs from both sides of every eligible match, with the full-quota rule applied to all-out innings.

Bring these figures: Runs scored, overs faced, runs conceded and overs bowled for each match, plus which innings were all out.
What you get: Aggregate scoring rate, conceding rate and net run rate, with a table showing the overs counted for each match.

Rain results, no-results and competition tie-break rules are not applied. Use the competition’s regulations and published standings for official positions.

Open net run rate

DLS Target Calculator: Educational Estimate

Choose this to explore a single rain interruption after an uninterrupted first innings. Its explanation walks through the resources lost when overs are removed.

Bring these figures: Team 1’s score, original overs, Team 2’s revised total overs, overs faced and wickets at the stoppage.
What you get: An illustrative par and total target using selected historical D/L resource rows.

It is not current official DLS software. It cannot model multiple interruptions or a disrupted first innings. For play, use the target announced by the match officials.

Open the rain-target estimator

Partnership Calculator

Choose this to check what a pair added together. A batter already at the crease may have runs from an earlier stand, so subtract their starting score before entering their contribution.

Bring these figures: Each batter’s runs during the same stand, plus extras recorded during it.
What you get: The stand’s total, each batter’s share of bat runs, and extras as a portion of the full total.

Batter shares and the extras portion use different denominators. The split describes runs supplied, not who faced more balls or batted faster.

Open partnership calculator

Overs to Balls Converter

Choose this when you need to subtract innings time or combine bowling spells without treating the ball digit as a decimal fraction. Keep whole ball counts while doing the arithmetic.

Bring these figures: An overs count in six-ball cricket notation, such as 14.2.
What you get: Counted balls, decimal overs rounded to two places, and balls left in the current over.

The form converts overs to balls. It does not accept a balls-to-overs input, use other over lengths or know how many balls remain in an innings.

Open overs to balls

One scorecard, several different answers

Consider a fictional 20-over chase with a winning target of 151. The batting side is 108/3 after 14.2 overs. One batter has 39 from 28 balls; one opposition bowler has conceded 24 from 3.2 overs. These figures let you ask several questions without confusing individual records with the team total.

Choose the inputs from this match snapshot
Question and tool	Enter	Result
Batter’s pace: strike rate	39 runs; 28 balls faced	139.29 runs per 100 balls
Bowler’s cost: economy	24 conceded; 3.2 overs	7.20 runs per over
Team’s pace so far: run rate	108 runs; 14.2 overs	7.53 runs per over
Counted balls: overs converter	14.2 overs	86 balls
Chase pace needed: run rate	43 runs; 5.4 overs remaining	7.59 runs per over

For the last row, the required run rate calculator does the preparation for you: 151 − 108 leaves 43 runs, and the innings has used 86 of its 120 balls, leaving 34. If you use the general run rate calculator instead, enter those 43 runs and 5.4 overs yourself. Putting the winning target 151 into the runs field would calculate the rate to score all 151 runs in the remaining time.

Suppose the current pair came together at 63/3 and added 23 and 18 off their bats, with four extras. The partnership entries are 23, 18 and 4, giving 45 runs and bringing the team to 108. The batter now on 39 had 16 when this stand began; entering 39 would count those earlier runs again.

This snapshot cannot produce tournament NRR: it does not include the eligible match totals and rule adjustments needed. Nor does it supply an official rain target. Recognising what information is missing is part of using a calculator well.

Make the inputs agree before comparing results

Keep the same scope on both sides of a rate: one innings, one spell or one chosen interval. For a combined figure, add the underlying runs and relevant ball counts first. A simple average of two displayed rates gives equal weight to a short appearance and a much longer one.

Keep the units with the answer. A strike rate of 139.29 means runs per 100 balls, while an economy of 7.20 means runs per over. A partnership share is a percentage of a stated run total. Their sizes do not make them directly comparable.

Use the page explanations when a field label is ambiguous. The partnership tool separates bat-run shares from extras; the run-rate tool uses the same two fields for current and required rate. For all ten tools, the dedicated page explains the assumptions and provides examples you can check before using your own figures.

Questions before you open a calculator

Which figures should I copy from a scorecard?

Start with the subject of your question. Use the batting row for an individual strike rate, the bowling row for economy, and the innings total for team run rate. Partnership inputs must cover one stand. Having the right figures matters more than which calculator you open first.

Should I turn cricket overs into decimals before entering them?

No. Overs fields on these tools expect cricket notation, where the final digit counts balls from 0 to 5. A Balls Faced field instead expects a whole-number ball count. Decimal-over values in results are for reading or ordinary arithmetic, not for copying into an overs field.

Do the tools fetch live scores or save my match?

They calculate from values you enter; they do not import a live match or maintain a scorebook. The arithmetic runs in your browser. Where offered, Copy results copies the displayed text, and Reset clears the current form. Add match details to your own saved notes.

Can these numbers decide who played better?

A rate or contribution percentage answers a specific arithmetic question. It does not account for pitch conditions, wickets available, opposition or the role a player was asked to perform. Read results alongside the innings and match situation. Fixed rating labels on a tool are not format-specific performance standards.

Where should I report an incorrect result?

Use the contact page and include the tool name, exact inputs and the result you expected. For an overs issue, say whether your source uses cricket notation or decimal overs. For a scorecard disagreement, include the relevant start and end points so the arithmetic can be reproduced.

For a correction or a question about a field, contact CricketCals.

About this directory and its references

Prepared by CricketCals. The worked match is fictional and illustrates how the existing tools fit together. The directory lists ten interactive tools; it does not import matches, verify scorecards or issue official results.

For the scoring rules behind the tools, start with the MCC Laws of Cricket. For the distinction between DLS and the older teaching tables, use the ICC’s DLS resources. Each calculator page gives more specific methods and references. Advertising and other site data practices are covered in the privacy policy.

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