Work out calories and kilojoules burned playing cricket — batting, bowling and fielding rolled into one figure — based on your body weight and how long you were out on the field.
Cricket calorie burn is estimated with calories = MET × body weight (kg) × time on the field (hours), using a single MET value of 4.8 that covers batting, bowling and fielding combined — the Compendium of Physical Activities lists cricket as one general playing code rather than splitting it into separate role-based figures. A 75 kg player out for a typical 180-minute (3-hour) club session burns roughly 1,080 kcal, about 4,519 kJ. A fast bowler steaming in over after over, or a batter grinding out a long innings, will likely sit either side of this average, but 4.8 is the figure the literature actually provides for general on-field cricket.
| Session Length | Calories | Kilojoules |
|---|
The calculation combines three inputs: a MET (Metabolic Equivalent of Task) value for cricket, your body weight, and the time you actually spent on the field. Cricket carries a single MET value of 4.8 in the Compendium of Physical Activities, covering batting, bowling and fielding as one general "playing cricket" code rather than three separate figures. That means the same MET applies regardless of which of the three roles you were doing at any given moment — the calculator simply multiplies that figure by your weight and your time on the field to estimate total energy burned.
Cricket is unusual among team sports in how differently its three core roles load the body. A fast bowler's over is a genuine burst of high-intensity effort — a run-up, an explosive delivery action, and a jog back to the mark, repeated six times before a short rest — that looks a lot more like interval sprint training than a gentle ball game. A batter occupying the crease, by contrast, spends most deliveries standing still or taking a single sharp run between wickets, punctuated by longer lulls where nothing happens at all between overs. A fielder's effort depends heavily on position: an infielder crouched in close catching positions is constantly resetting and occasionally diving or sprinting for a stop, while a boundary fielder might jog into position once an over and otherwise stand and watch.
Because the Compendium of Physical Activities gives cricket a single combined code rather than separate figures for each role, this calculator can't distinguish a fast bowler's spell from a batter's long innings or a fielder's quiet afternoon at fine leg — it applies the same 4.8 MET regardless. That's a genuine limitation, not a hidden precision the calculator is choosing not to show you: the published research simply doesn't split cricket the way it splits, say, golf into cart, carrying and trolley figures. What the single figure does capture reasonably well is a full session that rotates a player through all three roles, which is how most amateur cricket is actually played — you bowl your overs, you bat your turn, and you field for the rest of the innings, so the average smooths out over the course of a match even if it understates any one bowling spell or overstates a long, quiet spell at the crease.
This table holds session length constant at 180 minutes (3 hours) of cricket, so you can see how much body weight alone changes the total.
| Body Weight | MET | Calories (3 hours) | Kilojoules |
|---|---|---|---|
| 60 kg | 4.8 | 864 kcal | 3,615 kJ |
| 70 kg | 4.8 | 1,008 kcal | 4,217 kJ |
| 75 kg | 4.8 | 1,080 kcal | 4,519 kJ |
| 80 kg | 4.8 | 1,152 kcal | 4,820 kJ |
| 90 kg | 4.8 | 1,296 kcal | 5,422 kJ |
| 100 kg | 4.8 | 1,440 kcal | 6,025 kJ |
Because body weight is a straight multiplier in the formula, a 100 kg player burns roughly two-thirds more than a 60 kg player over the identical 180-minute session, even though both are out on the same field for the same match.
Here body weight is fixed at 75 kg while session length changes, since cricket sessions vary enormously — a short net session, a limited-overs fixture, and a full day's play at the fielding-heavy end of a longer match all take very different amounts of time.
| Session Length | Hours | Calories | Kilojoules |
|---|---|---|---|
| 60 minutes | 1.0 | 360 kcal | 1,506 kJ |
| 120 minutes | 2.0 | 720 kcal | 3,012 kJ |
| 180 minutes | 3.0 | 1,080 kcal | 4,519 kJ |
| 240 minutes | 4.0 | 1,440 kcal | 6,025 kJ |
Australian nutrition panels list energy in kilojoules, not calories, so it helps to see your session in the same unit your food packaging uses. Multiply your calorie figure by 4.184 to get kilojoules. A 75 kg player out for a 180-minute session burns about 1,080 kcal, which is roughly 4,519 kJ — worth keeping in mind against the energy value printed on a tea-break sandwich or a post-match drink.
How many calories does playing cricket burn?
For a 75 kg player out for a typical 180-minute (3-hour) club or social match session, cricket burns roughly 1,080 kcal, about 4,519 kJ. This figure uses a single MET value of 4.8 that covers batting, bowling and fielding combined, and scales directly with your own body weight and time on the field — use the calculator above for a number based on your details.
Does this figure differ for a fast bowler compared to a batter?
In reality, almost certainly yes — but the published MET value doesn't distinguish between them. The Compendium of Physical Activities lists cricket as one combined code covering batting, bowling and fielding, so a fast bowler's explosive run-up and delivery action is very likely burning energy faster than this average during their overs, while a batter settled in for a long, watchful innings may burn less for long stretches. Treat 4.8 as a reasonable session-wide average across a game that mixes all three roles, not a precise read on any single role in isolation.
Does fielding count if I'm mostly standing between deliveries?
Yes. Fielding naturally alternates between short bursts of movement — chasing the ball, backing up a throw, occasionally diving or sprinting for a stop — and longer stretches of standing and waiting for the next delivery. The 4.8 MET figure is a general playing average that already reflects this stop-start nature of cricket, in the same way a golf MET value includes the time spent standing over a putt, not just the swing itself.
Is backyard or social cricket the same as club or match cricket?
Probably not quite. A relaxed backyard hit with underarm bowling and minimal running between wickets is likely to sit below the 4.8 MET average, while a genuine club match with proper pace bowling, real running between wickets and fielding sprints will sit closer to or above it. The 4.8 figure is drawn from general "playing cricket" research and suits match-tempo play best; treat a casual backyard session as a looser estimate.
Does the calorie burn differ between T20, one-day and Test cricket formats?
This MET figure doesn't distinguish between formats, because the Compendium provides one general code for cricket rather than separate figures for T20, one-day and Test play. The main real-world difference between formats is total time on the field rather than intensity — a Test match day can involve 6 or more hours of play, while a T20 innings might be over in around 90 minutes — so the most accurate approach is entering your own actual on-field minutes for whichever format you played, rather than expecting the calculator to know the format.
How does cricket compare to running or other cardio for calorie burn?
Cricket's MET of 4.8 sits in the moderate-intensity range, well below sustained running (which typically sits at MET 8 or higher). That's mainly down to cricket's stop-start structure — short bursts of running, bowling or throwing are spread across long periods of standing, walking and waiting between deliveries — which pulls the average well below a continuous cardio effort, even though a full day of cricket can still feel tiring simply because of how many hours you spend on the field.
Why is there only one MET value for cricket instead of separate batting, bowling and fielding figures?
Unlike some other sports in the Compendium of Physical Activities — golf, for example, has separate codes for riding a cart, carrying clubs and pulling a trolley — cricket has just one listed code covering batting, bowling and fielding together. This likely reflects how the sport is actually played: over the course of a normal match, most players rotate through all three roles rather than performing just one for the entire session, so a single blended figure approximates a typical role mix reasonably well, even though it can't isolate any one role.
What are the limitations of this calorie estimate?
This calculator uses a single population-average MET value multiplied by your body weight and time on the field, which gives a solid planning figure rather than a personalised measurement. It can't account for which role you spent most of your time in, how fast you were bowling, how much running between wickets you actually did, your fitness level, or conditions like heat and ground surface. It also doesn't distinguish between match formats, since the underlying MET value is the same regardless. Treat the result as a reasonable estimate for a general cricket session, not an exact figure.