Cricket's Rarest Achievements: Jim Laker's 19/90 and Records That May Never Be Broken
The most extraordinary individual achievements in cricket history — Jim Laker's 19 wickets in a single Test in 1956, the near-impossibility of repetition, and other statistical feats that occupy a category of their own.
Some cricket records are impressive. A few are staggering. Jim Laker's 19 wickets for 90 runs in a single Test match — the only performance of its kind in 150 years of international cricket — belongs in a category beyond both descriptions. The achievement is so far outside the distribution of all other bowling performances in Test history that statisticians classify it as a genuine outlier: not just a record, but a record whose statistical improbability makes repetition approximately as likely as it is for any individual performance in sport.
Jim Laker: 19 Wickets for 90 Runs, Manchester 1956
Jim Laker's performance for England against Australia at Old Trafford in the Fourth Test of the 1956 Ashes is the most extraordinary individual bowling achievement in the history of Test cricket. Laker took 19 of the 20 Australian wickets that fell during the match — 9 for 37 in the first innings and 10 for 53 in the second — finishing with combined match figures of 19/90. His England teammate Tony Lock took the other wicket (1/106). Australia were dismissed for 84 in their first innings and 205 in their second; England won by an innings and 170 runs. The pitch at Old Trafford was dry, dusty, and turned sharply — Laker's off-spin was perfectly suited to the conditions. However, Lock — a left-arm spinner bowling from the other end on the same pitch — took only 1 wicket in 69 overs, which illustrates how specifically Laker's trajectory and flight matched the conditions that day.
Why 19 Wickets Is Statistically Unrepeatable
The statistical uniqueness of 19/90 lies not in taking 10 wickets in an innings — 11 bowlers have done this in Tests — but in combining 10 wickets in one innings with 9 wickets in the other. In any Test, 20 wickets are available across two innings (10 per side per innings). For one bowler to take 19 of 20 requires: taking all 10 in one innings, AND taking 9 of 10 in the other while a colleague takes 1. The probability is low because: in most 10-for performances, the bowler also bowls fewer overs in the other innings (fatigue, conditions change, captain uses them more selectively); a colleague with complementary skills usually takes some wickets; and batting teams fall to a range of dismissal types (edges, LBWs, bat-pads) that naturally distribute across different bowling angles. Laker faced no such distribution: his off-spin was so specifically suited to that specific Old Trafford surface in those specific conditions that Australia had no answer from either end against him.
The Unbeaten 99: Cricket's Rare Near-Miss
Among batting records, the unbeaten 99 in a Test — scoring 99 not out when the innings ends by declaration, all-out, or end of match — is considered rarer than simply scoring 99 before dismissal. To score 99 not out, a batter must reach 99 and have the innings conclude before they can score the final run. This can happen when a captain declares with the batter on 99 (rare — most captains would wait for the century), when the last wicket falls at the other end, or when the final over of a day ends while the batter is on 99 and the captain does not extend play. The discomfort of 99 not out is a source of genuine cricket discussion: a batter who was 'not out' was never given out, yet they ended their innings without a century through no error of their own. Shane Warne's 99 was a dismissal; an unbeaten 99 is a structural frustration imposed by circumstances.
Other Records in Their Own Category
Laker's 19/90 is the clearest example of a record occupying a statistical category alone, but it has company. Sir Donald Bradman's Test batting average of 99.94 is the most famous — no other batter in Test history has averaged above 62, meaning Bradman's average is 38 runs higher than the second-best career average. This distance is so extreme that Bradman's average stands as a genuine anomaly in sporting statistics, not merely a record. In the bowling category, Muralitharan's 800 Test wickets and Shane Warne's 708 are separated from the third-highest (Anil Kumble, 619) by 89 wickets — a gap that represents approximately three entire series of bowling. These performances did not just set records; they moved the distribution itself.
Frequently asked questions
Could any modern bowler take 10 wickets in a Test innings, and does the DRS make this harder or easier than in Laker's era?
Ten wickets in a Test innings has been achieved 11 times in cricket history — most recently by Ajaz Patel for New Zealand against India in Mumbai in December 2021. The frequency (roughly once every 14 years in Tests) suggests it is not impossible, merely extraordinary. DRS changes the probability in complex ways that cut both for and against. How DRS might make a 10-for easier: DRS corrects clear LBW errors that would previously have been given 'not out' — a bowler bowling a very full, accurate line can now trust that a genuine LBW appeal has a higher probability of being correctly given out (or upheld on review). Before DRS, an off-spinner like Laker with an extremely full trajectory on a turning pitch would rely entirely on on-field umpire judgment; on a pitch turning sharply, umpires often gave batters benefit of the doubt on close LBW calls. DRS removes some of that benefit-of-the-doubt margin, potentially increasing the dismissal rate for accurate bowling. How DRS might make it harder: before DRS, batters faced uncertainty — they could not review decisions — which sometimes led them to leave balls or play defensively against a bowler in rhythm. The knowledge that a review is available changes batter psychology slightly; they may be more comfortable leaving a ball going down leg that they were uncertain about, knowing they can review a harsh LBW decision. This is a small effect, but it marginally increases the cognitive resource available to the batter. The practical constraint: getting 10 wickets in one innings requires a specific combination that is independent of DRS — the ball must consistently behave in a way that suits one bowler's specific attributes (pace, spin direction, trajectory) better than any other bowler at the other end. In Laker's 1956 case, Tony Lock bowled from the opposite end on the same pitch and took only 1 wicket. Modern pitches are more consistently prepared, and bowling attacks are deliberately varied to present batters with multiple challenges. Getting 10 wickets means all 10 batters were either dismissed by the same bowler or ran out/stumped off their bowling. It remains among the rarest events in cricket regardless of technology.