Cricket and Baseball Batting Average
Batting average is one of the oldest and most widely used statistics in both cricket and baseball. At its core it is a simple measure of a batter's effectiveness: how many runs do they score per time they bat in cricket, or how often do they get a hit per official at bat in baseball. Despite its simplicity, or perhaps because of it, batting average has remained a central reference point for evaluating batters in both sports for well over a century.
The reason batting average persists despite the rise of more sophisticated statistics is that it captures something real and important about a batter's skill. A player who consistently scores runs or gets hits is genuinely more valuable than one who does not, and batting average reflects this in a way that is easy to understand and communicate. You do not need a statistics degree to know that a cricket player averaging 50 is excellent and one averaging 20 is struggling.
That said, batting average has well known limitations and modern sports analytics has developed many additional metrics to give a more complete picture of a batter's contribution. But understanding batting average is still the foundation of reading cricket or baseball statistics, and this calculator makes the calculation instant regardless of how many innings or at bats you are working with.
In cricket, a player is only considered dismissed when they are out, whether bowled, caught, lbw, run out, stumped or any other method. Innings where the player was not out are not counted as dismissals. This is why the formula divides by dismissals rather than total innings. A player who scores 500 runs and is out 10 times has an average of 50 regardless of how many not out innings they had.
This treatment of not outs makes cricket batting average somewhat unusual compared to other sports statistics. It means that tail end batters who frequently come in and survive without being dismissed can have inflated averages relative to their actual scoring contribution. However for top order batters, the not out rule accurately rewards players who protect their wicket and force the opposition to keep bowling at them without reward.
In Test cricket, which is considered the highest and most demanding format, a batting average above 40 is generally considered very good. Above 50 is outstanding and puts a player in the elite category. Only a small number of batters in the history of Test cricket have maintained a career average above 50 over a significant number of innings.
Don Bradman's Test batting average of 99.94 stands as the most famous statistical outlier in all of sport. No other batter in the history of Test cricket has come close to sustaining that level of dominance. The next highest career averages among players with substantial careers sit in the mid to high fifties range.
In One Day International cricket, conditions are different and averages tend to be somewhat lower on average than Test cricket averages. A batting average above 40 in ODIs is excellent. In Twenty20 international cricket, because innings are shorter and batters are expected to score quickly, batting average becomes less informative on its own and needs to be read alongside strike rate.
At domestic or club level, what constitutes a good average depends enormously on the quality of opposition, pitch conditions, age of the player and format being played. Comparing averages across different competitions or eras without accounting for context can be misleading.
In baseball, batting average is calculated differently from cricket. It is simply the number of hits divided by the number of official at bats, expressed as a three decimal place number. Walks, hit by pitch and sacrifice plays do not count as official at bats and therefore do not affect batting average. This is deliberate since these outcomes are not considered failures of the batter's ability to make contact.
A batting average of .300 in Major League Baseball is traditionally considered the benchmark of an excellent hitter. Only a small proportion of players across a full season manage to hit .300 or above. The league average typically sits somewhere around .250 to .260 depending on the era. Below .220 is generally considered poor for a hitter and puts a player's roster spot at risk.
Like cricket batting average, the baseball version has limitations. It treats all hits equally regardless of whether they are singles, doubles, triples or home runs, which means a player who hits many singles has the same batting average as one who hits the same number of home runs. This is why on base percentage, slugging percentage and on base plus slugging, known as OPS, are widely used alongside batting average in modern baseball analysis.
Many factors beyond pure skill influence a batter's average in either sport. In cricket, pitch conditions play an enormous role. A batter scoring runs on a seaming pitch in England faces a very different challenge than one scoring on a flat batting paradise in subcontinental conditions. Career averages that cross different conditions are more impressive than those accumulated largely in favourable home conditions.
The quality of bowling attack faced also matters significantly. Averaging 40 against weak domestic attacks is very different from averaging 40 consistently against international quality bowling. Similarly in baseball, a player hitting .300 against weak pitching staff gives a less accurate picture of true ability than maintaining that average against the best pitchers in the league.
Position in the batting order affects opportunity significantly in cricket. An opener faces more difficult new ball conditions but also has more time to build an innings. A middle order batter inherits different match situations. In baseball, lineup position affects how often a player comes to bat and what situations they face.
Cricket has developed many supplementary statistics to add context to batting average. Strike rate measures how quickly a batter scores relative to balls faced, which is essential in limited overs cricket. Impact score attempts to weight contributions based on match situation. Batting index combines average with strike rate.
Baseball sabermetrics has produced an extensive toolkit of advanced hitting metrics. On base percentage captures the ability to avoid outs including through walks. Weighted on base average assigns different values to different outcomes. Wins above replacement attempts to capture a player's total contribution relative to a replacement level player. All of these grew out of the recognition that batting average alone was an incomplete picture.
For cricket, enter your total runs, number of times out and total innings played. The calculator shows your batting average and compares it against standard benchmarks. For baseball, enter total hits and at bats to get your batting average as a standard three decimal place figure.