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Economy rate
Economy rate
Economy rate
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Scoreboard showing bowler Samit Patel's economy rate (4.24, that is, 41 ÷ 9.667).
Scoreboard showing bowler Samit Patel's economy rate (4.24, that is, 41 ÷ 9.667).

In cricket, a bowler's economy rate is the average number of runs they have conceded per over bowled. In most circumstances, the lower the economy rate is, the better the bowler is performing. It is one of a number of statistics used to compare bowlers, commonly used alongside bowling average and strike rate to judge the overall performance of a bowler.

Calculation

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The calculation is:

Overs are conventionally represented as decimals from 0.1 to 0.6, so must be converted into true fractions before used in the calculation (e.g. "0.3 overs" represents three balls, which is half a six-ball over). For example, a bowler conceding 31 runs from 10.2 overs (i.e. 10 overs and 2 balls), has an economy rate of 31/10.33333 = 3.0 runs per over. If the bowler then bowls again, conceding a further 20 runs from 5.5 overs (i.e. 5 overs and 5 balls), then overall they have conceded 51 runs from 16.1 overs, so their overall economy rate is 51/16.1667 = 3.15 runs per over.

Byes and leg byes are not charged to the bowler's analysis, and so do not harm their economy rate. On the other hand, the bowler is penalised for wides and no-balls, though neither adds a ball to the over.[1]

Overview

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The economy rate is typically more important in limited-overs cricket than in the longer Test match format. The shorter forms of the game demand that bowlers (and fielders) restrict the flow of runs from the opposition to limit the total accrued by the point at which the overs run out, giving their own team a better chance of making the winning score. In Tests and other first-class matches, time is more plentiful and the innings usually terminates once all ten wickets are taken rather than after a predetermined number of overs; the priority of the bowling side is then to limit the runs scored per wicket rather than per over. However, there is a balance to be struck - a bowler with a high economy rate in a Test match is generally still aiding the batting side's total, while taking a wicket in limited overs matches usually helps the bowling team by slowing the run rate.

Prior to 8 September 2020, the mean economy rate across all Test matches was 2.75,[2] in one-day internationals 4.70[3] and in Twenty20 internationals 7.44.[4] Although styles of play have evolved over the years, and bearing in mind that limited-overs cricket is a more modern phenomenon, it is evident that bowlers' economy rates tend to be higher for shorter formats of the game.

See also

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References

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Revisions and contributorsEdit on WikipediaRead on Wikipedia

Economy rate

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from Grokipedia
In , the economy rate (often abbreviated as econ) is a key that represents the average number of runs conceded per over by a bowler. It serves as a measure of a bowler's in controlling the run flow and applying pressure on the batting side, with lower values generally indicating superior performance. The is particularly vital in limited-overs formats like One Day Internationals (ODIs) and (T20) , where restricting runs directly impacts match outcomes, though it is also tracked in Test matches. The economy rate is calculated by dividing the total runs conceded by the number of overs bowled, expressed to two decimal places. Runs from wides and no-balls are included in the total conceded, but these deliveries do not count toward the overs bowled; byes and leg byes, however, are excluded from the bowler's conceded runs. For partial overs (e.g., 10.3 overs), the calculation converts to decimal form (10.5) for precision. For instance, if a bowler concedes 45 runs in 9 overs, the economy rate is 5.00 (45 ÷ 9 = 5.00). Benchmarks for a good economy rate vary by format due to differences in scoring pace. In T20 cricket, an economy under 7.0 is considered strong, with elite bowlers often below 6.0; in ODIs, under 5.0 is solid, and below 4.5 is exceptional; in Tests, under 3.0 signifies excellence given the slower pace. These metrics highlight how economy rate not only evaluates individual skill but also adapts to evolving game strategies, such as the rise of slower bowlers in white-ball cricket to counter aggressive batting.

Fundamentals

Definition

In cricket, the economy rate is a key bowling statistic that measures the average number of runs conceded by a bowler per over bowled. Runs conceded include those scored off the bat, as well as extras from wides and no-balls (though these deliveries do not count toward the overs bowled), but exclude byes and leg byes. This metric provides a standardized way to assess a bowler's ability to restrict scoring during their spell, focusing solely on runs allowed rather than wickets taken. An over in consists of six legal deliveries bowled by a single bowler from one end of the pitch to the batsman at the opposite , without interruption. Legal deliveries exclude no-balls and wides, which do not count toward the over and result in additional runs for the batting side. Economy rate is calculated across all overs completed in a match or career, offering a rate-based view of performance that accounts for the volume of bowling. As a specialized metric within cricket statistics, economy rate pertains exclusively to bowlers and differs from batting averages or fielding metrics like catch success rates, which evaluate offensive or supportive roles. It serves as an essential tool for evaluating bowler efficiency in containing runs, particularly in limited-overs formats where run rates are critical.

Significance

The economy rate serves as a key indicator of a bowler's to exert control over the game by restricting the flow of runs, thereby building pressure on batsmen independent of wicket-taking prowess. Unlike , which focuses solely on runs per dismissal, economy rate captures the sustained effectiveness of a bowler in containing scoring opportunities across overs, forcing batsmen into riskier shots and increasing the likelihood of errors. This metric highlights a bowler's in varying pace, line, and to deny easy runs, often turning defensive spells into opportunities for breakthroughs by their teammates. In limited-overs formats such as One-Day Internationals (ODIs) and (T20) cricket, a low economy rate is particularly vital for influencing match outcomes, as it directly limits the opponent's ability to post or chase competitive totals within fixed overs. By maintaining a tight , bowlers contribute to defending modest scores or supporting chases, where even marginal reductions in run flow can shift momentum and pressure the batting side into accelerating prematurely. For instance, historical analyses show that in ODIs, economies around 4 runs per over in the early phases allowed teams to control innings effectively, often leading to victories through cumulative restriction rather than isolated wickets. The emphasis on economy rate gained prominence following the advent of limited-overs in the early 1970s, marking a departure from Test matches where time rather than overs dictated play. The first ODI in 1971, prompted by rain-affected Tests, introduced a 40-over format using eight-ball overs that necessitated rapid scoring and, conversely, stringent run control by bowlers to adapt to the constraints of limited deliveries. This shift intensified post the 1975 , as white-ball evolved to prioritize efficiency in run concession, transforming economy rate from a secondary statistic in Tests to a cornerstone of strategic success in shorter formats.

Computation

Formula

The economy rate for a bowler in is computed using the fundamental : Economy Rate=Total Runs ConcededTotal Overs Bowled\text{Economy Rate} = \frac{\text{Total Runs Conceded}}{\text{Total Overs Bowled}} This expression derives from the basic statistical concept of a rate, which measures the average quantity (runs) per unit (over) to quantify a bowler's in restricting scoring over the course of their bowling spell. The numerator, total runs conceded, encompasses all runs directly attributable to the bowler, including those scored off the bat (such as singles, boundaries, and overthrows from those shots) as well as extras from wides and no-balls (comprising the plus any additional runs scored from the delivery or subsequent ). Byes and leg byes, however, are excluded from this tally, as they are not charged to the individual bowler but rather to the fielding team's overall extras. The denominator, total overs bowled, counts only valid (legal) deliveries toward the completion of overs, where each over consists of six such deliveries; wides and no-balls do not contribute to this count and must be re-bowled to fulfill the over. Incomplete overs are represented in form, with each legal ball adding one-sixth (approximately 0.167) to the total—for example, three full overs plus three legal balls equate to 3.5 overs.

Examples

To illustrate the computation of economy rate, consider a simple case where a bowler concedes 30 runs over 6 complete overs. The economy rate is calculated as 30 divided by 6, resulting in 5.00 runs per over. For a more complex example involving partial overs, suppose a bowler concedes 45 runs in 7.2 overs, which equates to 7 full overs plus 2 balls. Since 1 over consists of 6 balls, the partial over is converted to a : 2 balls equal 2/6, or approximately 0.33 overs, making the total 7.33 overs. The economy rate is then 45 divided by 7.33, yielding approximately 6.14 runs per over. Edge cases include scenarios with zero runs conceded or incomplete innings. If a bowler concedes 0 runs in 4 overs, the economy rate is 0 divided by 4, or 0.00 runs per over. For partial , the rate is computed solely based on the overs actually bowled, regardless of the match's completion status. Economy rates are conventionally rounded to two decimal places for consistency in reporting.

Usage and Variations

In Match Formats

In , the longest format, economy rate is highly valued for bowlers' ability to maintain control over extended spells, often spanning multiple days. Rates under 3.00 are considered exceptional, reflecting the endurance required to restrict scoring in matches that can last up to five days with no fixed overs limit. Historical averages have typically ranged from 2.5 to 3.5, with earlier eras showing even tighter figures like 2.17 in the , compared to a more recent overall rate of around 3.01 as of 2022, influenced by flatter pitches and stronger batting techniques. In One Day Internationals (ODIs), which are limited to 50 overs per side, economy rates are interpreted in a balanced context, with competitive figures generally falling between 4.00 and 5.00 to contain aggressive batting while aiming for wickets. This range accounts for the format's structure, where maintaining pressure during the middle overs (roughly overs 11-40) is crucial to prevent run accumulation and partnerships. Since , the overall economy rate has risen to approximately 4.91 as of , highlighting the impact of power-hitting and shorter boundaries on bowler challenges. Twenty20 Internationals (T20Is), introduced in 2003, demand higher economy thresholds of 6.00 to 8.00 due to the format's brevity—20 overs per side—and emphasis on explosive batting from the outset. Success here prioritizes variations and control in the death overs (16-20), where rates can spike under big-hitting pressure, marking an evolution from the format's inception when economies were lower toward more inflated figures amid rule changes like larger boundaries and impact players.

Tactical Applications

In cricket, captains frequently rotate bowlers based on their economy rates to keep the opposition's run rate below the targeted par score, particularly in limited-overs formats where restricting scoring momentum is crucial. For instance, during IPL 2025 matches, captains like those of Rajasthan Royals considered substituting underperforming bowlers such as Sandeep Sharma, who conceded runs at a high rate in recent outings, with alternatives like Akash Madhwal to stabilize the innings and prevent escalation in run flow. This approach allows captains to deploy economical options during high-pressure phases, ensuring the team's overall bowling strategy aligns with defensive targets. Coaches leverage economy rate data to analyze bowler performance across distinct innings phases, such as powerplays and slog overs, enabling targeted skill refinement. In powerplays, teams like Royal Challengers Bengaluru maintained an economy under 8.0 by prioritizing bowlers like who excel at containment early on, while in slog overs, high economy rates prompt adjustments in techniques like accuracy or slower ball variations. For example, in IPL 2025 death overs (16-20), increased usage reduced overall economy from 8.15 in the prior season to 6.79, with bowlers like and emphasizing execution training to boost dot-ball percentages and limit boundaries. This phase-specific tracking helps coaches develop variations suited to conditions, improving bowler consistency and adaptability. Since the 2010s, the (IPL) has amplified the role of data analytics in utilizing economy rates to predict bowler suitability for specific phases, transforming match planning. Analytics tools integrate economy with metrics like the Bowling Performance Indicator to forecast effectiveness in powerplays or death overs, aiding teams in selecting phase-specialists during auctions and lineups. The IPL's data-driven evolution, highlighted in studies post-2010, has influenced global strategies by enabling predictive modeling that optimizes bowler deployment and enhances tactical foresight.

Comparisons and Records

With Other Metrics

The economy rate primarily assesses a bowler's ability to restrict runs on a per-over basis, whereas the evaluates overall efficiency in terms of runs conceded per taken. A bowler can maintain a low economy rate by containing scoring without frequent wickets, but this does not necessarily translate to a low if wickets prove elusive, as the depends on wicket-taking success to offset total runs allowed. For instance, in longer formats like Tests, where run accumulation occurs gradually, a strong economy supports pressure-building but must pair with wickets to optimize the . In contrast to the bowling strike rate, which quantifies the frequency of wickets by measuring balls bowled per wicket, the economy rate emphasizes run concession without directly factoring in dismissals. Effective bowlers often balance both metrics, as a low strike rate (e.g., around 30-40 balls per wicket in limited-overs cricket) combined with a controlled economy (e.g., under 5.00 runs per over) maximizes impact by disrupting batting momentum through both wickets and restraint. A high strike rate may inflate the economy if runs flow unchecked between wickets, highlighting the need for synergy in assessing bowler performance. The rate also intersects with the team's overall , particularly in chases where containing the opposition's scoring pace is crucial; a bowler's forms a key subset of the team's conceded , influencing match outcomes by either enabling defenses or pressuring pursuits. In limited-overs formats, bowlers with economies below the contribute disproportionately to victories, as seen when individual restraint lowers the team's effective against targets. This interplay underscores 's role in tactical run control, distinct from wicket-focused metrics but vital for holistic team strategy.

Notable Achievements

In , of holds the record for the lowest career economy rate of 1.89, achieved over 18 matches from 1886 to 1896. This exceptional performance occurred during an era of uncovered pitches, rudimentary protective equipment, and generally low-scoring conditions that favored bowlers, allowing Lohmann to concede just 1,204 runs while taking 112 wickets at an average of 10.75. In limited-overs , notable milestones include Aaqib Javed's economy rate of 2.70 in the 1992 ODI final, where the bowler delivered 10 overs (2 maidens) for 27 runs and 2 wickets to help secure victory against . In T20 leagues like the IPL, death-overs specialists such as have excelled under pressure, posting a season-best economy of 7.10 in the final four overs during IPL 2021 (minimum 60 balls bowled), leveraging variations like slower balls and yorkers to restrict big hitters. Post-2020, amid the rise of aggressive power-hitting in T20Is, Afghanistan's has sustained a sub-6.10 economy rate of 6.04 across his appearances since January 2020, underscoring his adaptability with googlies and leg-breaks to claim 98 wickets in 82 . This consistency highlights the challenges of modern T20 batting lineups, where boundaries are more frequent yet Khan's control remains elite.

References

  1. https://dictionary.cambridge.org/dictionary/english/economy-rate
  2. https://www.sportsadda.com/cricket/features/what-is-economy-rate-cricket/
  3. https://ocbscores.com/guides/what-is-economy-in-cricket/
  4. https://www.espncricinfo.com/story/a-glossary-of-cricket-terms-239756
  5. https://www.espncricinfo.com/story/freddie-wilde-we-need-a-better-measure-than-economy-rate-in-t20-1084584
  6. https://www.espncricinfo.com/ci/content/page/429548.html
  7. https://www.thecricketmonthly.com/story/1057899/the-best-stats-measure
  8. https://www.espncricinfo.com/story/kartikeya-date-keep-wickets-in-hand-or-go-hard-a-look-at-the-first-25-years-of-odi-history-1187749
  9. https://www.espncricinfo.com/story/rewind-to-1971-the-birth-of-the-one-day-international-464234
  10. http://news.bbc.co.uk/sport2/hi/cricket/rules_and_equipment/4181604.stm
  11. https://www.thecricketmonthly.com/story/1301577/the-age-of-bowling
  12. https://www.espncricinfo.com/story/stats-from-the-past-the-best-odi-bowlers-from-across-eras-541322
  13. https://www.bbc.com/sport/cricket/35718855
  14. https://www.espncricinfo.com/series/ipl-2025-1449924/royal-challengers-bengaluru-vs-rajasthan-royals-42nd-match-1473479/match-preview
  15. https://www.iosrjournals.org/iosr-jspe/papers/Vol-11Issue2/Ser-1/C1102011422.pdf
  16. https://sportstar.thehindu.com/cricket/ipl/ipl-news/yorkers-death-bowling-stats-ipl-2025-numbers-data-analysis-effectiveness-t20-cricket-starc-avesh-khan/article69533687.ece
  17. https://news.minorleaguecricket.com/2022/01/20/cricket-stats-101-part-two-bowling-statistics/
  18. https://www.howstat.com/cricket/Statistics/Players/PlayerOverview.asp?PlayerId=1031
  19. https://www.wisden.com/players/george-lohmann-1851
  20. https://www.espncricinfo.com/series/benson-hedges-world-cup-1991-92-60924/england-vs-pakistan-final-65156/full-scorecard
  21. https://www.cricket.com/news/bravos-bowling-at-the-death-has-been-outstanding-fleming-1633054299703
  22. https://www.espncricinfo.com/records/best-career-economy-rate-283267
  23. https://www.howstat.com/cricket/statistics/Players/PlayerOverview_T20.asp?PlayerID=4484
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