What Is a Good Economy Rate in Cricket? Standards by Format
How bowling economy rate is calculated and what counts as excellent, good, average, or poor across Test, ODI, and T20 cricket — why the same economy rate (8 runs per over) is exceptional in Tests but poor in T20s, historical economy rate benchmarks for the greatest bowlers, how conditions and opposition quality affect economy interpretation, and why economy rate and bowling average must both be considered together.
The Formula and Format Standards
Economy rate = (runs conceded) ÷ (overs bowled). A bowler who concedes 240 runs from 60 overs has an economy rate of 4.0 runs per over. In Test cricket, the format average economy rate across all bowlers is approximately 3.0-3.5 runs per over — reflecting the low over rate required against batsmen batting conservatively. An economy rate of 2.5-3.0 in Tests is excellent; 3.0-3.5 is good; 3.5-4.0 is average; 4.0+ is below average. In ODI cricket, the average economy rate is approximately 4.5-5.5 — a bowler conceding 4.5 runs per over in ODIs is performing well; 6.0+ is poor. In T20 cricket, the average economy rate is 8.0-9.0 runs per over — a T20 economy rate of 7.0-7.5 is outstanding; 8.0-9.0 is average; 10.0+ is poor.
Historical Economy Benchmarks
The greatest bowlers in Test history have career economy rates far below the format average. Glenn McGrath's career economy rate of 2.49 is one of the most remarkable bowling records in Test history — he conceded fewer than 2.5 runs per over across 124 Tests while taking 563 wickets. Richard Hadlee (2.74), Joel Garner (2.47), Curtly Ambrose (2.76), and Jim Laker (2.40) all represent the elite of Test economy bowling. In modern Test cricket, where pitches are often flatter and batting more aggressive, economy rates have risen compared to the 1970s-80s. Jasprit Bumrah's career economy rate in Tests (approximately 2.7-2.8) represents elite performance in the modern era. T20I economy rate benchmarks are led by bowlers like Rashid Khan (6.5-7.0 in T20Is) — significantly below the format average.
Economy Rate vs Average
Economy rate and bowling average measure different things: economy rate measures runs conceded per over (regardless of wickets); bowling average measures runs conceded per wicket taken. A bowler can have an excellent economy rate (conceding few runs per over) but a poor bowling average (requiring many overs per wicket). This is the 'containing specialist' profile — useful in limited-overs cricket for restricting scoring but not primarily a wicket-taker. A bowler with a poor economy rate but excellent bowling average takes wickets frequently but allows many runs while doing so — the 'wicket-taking expensive' profile. The most valuable bowlers across all formats combine low economy rate and low bowling average — and this combination is genuinely rare, which is why players like McGrath, Ambrose, and Bumrah are considered exceptional.
Frequently asked questions
Can a high economy rate be justified by taking lots of wickets?
Yes — in T20 cricket specifically, a bowler who takes wickets at a high economy rate is often considered more valuable than a bowler who is economical but rarely dismisses anyone. A wicket in T20 cricket is worth approximately 6-8 runs in terms of match impact (the batsman who would have scored those runs is removed). A bowler who concedes 12 runs per over (poor economy) but takes a wicket every 10 balls is net-positive in terms of match value — they are both taking wickets and managing the over count (their overs end). The trade-off between economy and wicket-taking is one of the primary analytical dimensions in T20 bowling assessment. Pure economy (low runs, few wickets) is valuable in limited contexts; pure wicket-taking (frequent wickets, high runs) is also valuable; the combination is the ideal.
How does field placement affect a bowler's economy rate?
Field placement can improve a bowler's apparent economy rate without the bowler bowling better — placing more fielders on the boundary (saving 4s) will reduce the economy rate even if the bowling is less wicket-taking. Conversely, an attacking field (extra slips, gully, close catchers) may increase economy rate as more balls go through gaps for runs, while producing more wicket opportunities. This is why economy rate alone is insufficient for evaluating a bowler's quality — it must be read alongside the field setting context. A bowler who operates with defensive fields and low economy rate might be 'protected' by the field; the same bowler with an attacking field might concede more runs per over but take more wickets per over.
Do part-time bowlers have higher economy rates than specialist bowlers?
Generally yes — part-time bowlers (batsmen who bowl occasional overs rather than specialist bowlers) typically have higher economy rates than specialists in the same format. This is because: specialists have developed their full repertoire and field reading to economy-optimise; part-timers bowl with less specific preparation against the opposition's specific weaknesses; and captains typically use part-timers when the specialist bowlers need rest, often in 'easier' match phases — but when they do bowl in tight situations, their higher economy rate reflects the quality gap. Notable exceptions exist: some batsmen are effective occasional bowlers with economy rates competitive with specialists (Sachin Tendulkar's Test economy rate as a part-timer was respectable; AB de Villiers was a reliable part-time T20 bowler).