Estimate calories and kilojoules burned in track and field, based on your body weight, event category, and how long you were actively training or competing. Track and field is really a bundle of quite different disciplines rather than one activity, so this calculator uses three event-based tiers drawn from the Sports section of the 2024 Adult Compendium of Physical Activities: throwing events such as shot put, discus and hammer throw; jumping events such as high jump, long jump, triple jump, javelin and pole vault; and running events such as steeplechase and hurdles. This page is deliberately separate from our general Running Calorie Calculator, which covers continuous jogging or running at a steady pace rather than discrete track and field events.
Track and field calorie burn depends heavily on which event category you're in, captured here as three tiers: throwing events (MET 4.0), jumping events (MET 6.0), and running events — steeplechase and hurdles (MET 10.0). The formula is calories = MET × body weight (kg) × duration (hours). An 80 kg athlete doing 20 minutes of active session time burns 107 kcal (about 446 kJ) on throwing events, 160 kcal (about 669 kJ) on jumping events, and 267 kcal (about 1,116 kJ) on running events. All three MET values used on this page are flagged by the Compendium as estimated figures rather than literature-confirmed values — see the disclosure below for full details.
| Event Category | MET | Calories | Kilojoules |
|---|
The calculation uses a MET (Metabolic Equivalent of Task) value for your event category, your body weight, and how long you were actively training or competing. This calculator uses three MET tiers taken directly from the Sports section of the 2024 Adult Compendium of Physical Activities — throwing events (code 15732, MET 4.0), jumping events (code 15733, MET 6.0), and running events, steeplechase and hurdles (code 15734, MET 10.0). Because track and field sessions happen in short bursts of effort — an athlete might throw, jump or run for only seconds at a time, with rest and recovery between attempts — this calculator uses minutes rather than hours as the input, and defaults to a shorter 20-minute figure representing genuinely active practice time rather than a full multi-hour training block.
| Event Category | MET | Calories (80 kg, 20 min) | Kilojoules |
|---|---|---|---|
| Throwing events (shot put, discus, hammer throw) | 4.0 | 107 kcal | 446 kJ |
| Jumping events (high jump, long jump, triple jump, javelin, pole vault) | 6.0 | 160 kcal | 669 kJ |
| Running events (steeplechase, hurdles) | 10.0 | 267 kcal | 1,116 kJ |
Track and field isn't one activity — it's a loose federation of quite different disciplines held together by a stadium and a scoreboard, and that's exactly why this page uses three separate MET values instead of one. Throwing events — shot put, discus and hammer throw — are built around a single explosive release of force: an athlete winds up, generates power through the legs and hips, and releases an implement in a fraction of a second, then rests, resets and repeats. Most of a throwing session is technical rehearsal, positioning and recovery between attempts rather than continuous exertion, which is reflected in its comparatively modest MET of 4.0.
Jumping events — high jump, long jump, triple jump, javelin and pole vault — sit in the middle of the scale at MET 6.0. Grouping javelin here alongside the jumps might look odd at first, since it's a throwing implement, but the Compendium's jumping-events code captures the shared physical signature of a fast run-up followed by a single explosive vertical or horizontal effort — sprinting into a takeoff, converting horizontal speed into height or distance, and absorbing the landing. That run-up-plus-explosion pattern demands more sustained output over the course of an attempt than a static throwing circle does, which is why jumping events sit above throwing events on this page.
Running events on this page — specifically steeplechase and hurdles — carry the highest MET of 10.0, and that gap makes sense once you consider what these events actually demand. Unlike a single throw or jump, a hurdles or steeplechase race is sustained near-maximal running effort across the full distance, with the added physical cost of repeatedly clearing barriers (or water jumps, in the steeplechase) while maintaining stride rhythm and speed. That combination of sustained high-intensity running and repeated explosive clearances is why this tier sits well above both throwing and jumping on the calorie scale. It's worth being clear, though, that this is not the same thing as our site's general Running Calorie Calculator, which is built around continuous jogging or distance running at a steady pace over minutes or kilometres — hurdles and steeplechase are discrete track events raced over a fixed distance with obstacles, not open-ended endurance running, so we've kept them here with the other track and field disciplines rather than folding them into the general running tool.
The table below holds the event category constant at jumping events (MET 6.0) for a 20-minute active session, so you can see how much body weight alone changes the total.
| Body Weight | MET | Calories (20 min) | Kilojoules |
|---|---|---|---|
| 55 kg | 6.0 | 110 kcal | 460 kJ |
| 65 kg | 6.0 | 130 kcal | 544 kJ |
| 75 kg | 6.0 | 150 kcal | 628 kJ |
| 85 kg | 6.0 | 170 kcal | 711 kJ |
| 95 kg | 6.0 | 190 kcal | 795 kJ |
Practice sessions and competition days both run to different lengths of genuinely active effort. Here body weight is fixed at 80 kg while active session time and event category both change, so you can compare how much a longer session and a harder event category each add to the total.
| Active Time | Throwing Events (MET 4.0) | Jumping Events (MET 6.0) | Running Events (MET 10.0) |
|---|---|---|---|
| 10 minutes | 53 kcal / 223 kJ | 80 kcal / 335 kJ | 133 kcal / 558 kJ |
| 20 minutes | 107 kcal / 446 kJ | 160 kcal / 669 kJ | 267 kcal / 1,116 kJ |
| 30 minutes | 160 kcal / 669 kJ | 240 kcal / 1,004 kJ | 400 kcal / 1,674 kJ |
| 40 minutes | 213 kcal / 893 kJ | 320 kcal / 1,339 kJ | 533 kcal / 2,231 kJ |
Australian nutrition panels list energy in kilojoules, not calories, so it's worth converting your track and field session into the same unit your food packaging uses. Multiply your calorie figure by 4.184 to get kilojoules. An 80 kg athlete doing 20 minutes of active running-event effort — steeplechase or hurdles — burns about 267 kcal, roughly 1,116 kJ — a useful figure to weigh up against the energy value printed on a recovery snack or sports drink after a training session or competition day.
How many calories does track and field burn?
It depends heavily on which event category you're doing and how long you're actively training or competing. Using this calculator's three tiers for an 80 kg athlete over a 20-minute active session: throwing events (MET 4.0) burn about 107 kcal (446 kJ), jumping events (MET 6.0) burn about 160 kcal (669 kJ), and running events — steeplechase and hurdles (MET 10.0) — burn about 267 kcal (1,116 kJ). Lighter or heavier athletes, and shorter or longer sessions, will see proportionally lower or higher totals, so enter your own weight and session time above for a personalised estimate.
How is calories burned in track and field calculated?
The calculator multiplies a MET (Metabolic Equivalent of Task) value for your event category by your body weight in kilograms and your session duration in hours: calories = MET × body weight (kg) × duration (hours). Because track and field sessions happen in short bursts with rest between attempts, the calculator takes your minutes input and divides by 60 before running the formula. The three MET values used — 4.0 for throwing events (code 15732), 6.0 for jumping events (code 15733), and 10.0 for running events, steeplechase and hurdles (code 15734) — come directly from the Sports section of the 2024 Adult Compendium of Physical Activities. The kilocalorie result is then multiplied by 4.184 to give the equivalent figure in kilojoules, the unit used on Australian food labels.
Why are all three MET values on this page estimated rather than literature-confirmed?
All three MET values used on this page are flagged in the 2024 Adult Compendium of Physical Activities as estimated figures rather than values confirmed by dedicated published research: throwing events (MET 4.0, code 15732), jumping events (MET 6.0, code 15733), and running events, steeplechase and hurdles (MET 10.0, code 15734). Every tier on this page carries this flag, not just one or two of the three. We're disclosing this plainly rather than presenting these figures as more precise than they are — treat every result on this page as a reasonable planning estimate rather than a lab-measured figure for these specific events.
Why do throwing, jumping and running events burn such different amounts of calories?
Because they're genuinely different physical tasks that happen to share a stadium. Throwing events (MET 4.0) are built around a single explosive release followed by a long reset, so most of the session is technical rehearsal and recovery rather than continuous exertion. Jumping events (MET 6.0) add a fast run-up before the explosive effort, demanding more sustained output per attempt. Running events on this page — steeplechase and hurdles (MET 10.0) — involve sustained near-maximal running across the full distance plus repeated explosive barrier clearances, which is a much higher continuous physical demand than a single throw or jump. That's why the three tiers sit so far apart on the calorie scale.
Does body weight affect the result?
Yes. Because calories equal MET multiplied by body weight in kilograms multiplied by duration in hours, body weight is a direct multiplier in the formula. At the jumping events tier (MET 6.0) for a 20-minute session, a 95 kg athlete burns roughly 190 kcal compared with about 110 kcal for a 55 kg athlete completing the identical session in the identical event category.
What are the limitations of this calorie estimate?
This calculator uses published MET values multiplied by your body weight and active session duration, which gives a reasonable planning estimate rather than a personalised measurement. It doesn't account for how much of a training block was spent actively throwing, jumping or running versus resting, warming up, or receiving coaching feedback between attempts, nor does it capture individual technique, effort level, or event-specific variation (a hammer throw and a shot put, for example, are grouped under the same throwing-events tier despite some technical differences). All three MET values are themselves flagged as Compendium estimates rather than lab-confirmed figures, which adds a further layer of uncertainty. Treat the result as a useful planning figure, not an exact physiological measurement.
How does this compare to the site's general Running Calorie Calculator?
They cover different things on purpose. Our general Running Calorie Calculator is built around continuous jogging or distance running at a steady pace, measured by speed or pace over an open-ended duration. This Track and Field Calorie Calculator instead covers discrete track and field disciplines — including the running events tier for steeplechase and hurdles, which are raced over a fixed distance with obstacles rather than run continuously at a chosen pace — alongside throwing and jumping events that have no equivalent on the general running page at all. If you're jogging or doing a steady distance run, use the Running Calorie Calculator; if you're training or competing in a specific track and field event, this page is the better match.
Why does the calculator default to a 20-minute session instead of an hour?
Track and field training and competition happen in short bursts of maximal or near-maximal effort with substantial rest between attempts — a shot put or long jump effort lasts seconds, and even a steeplechase race is typically well under 20 minutes. A full multi-hour training block includes large amounts of warm-up, technical drilling, standing around between attempts, and coaching feedback that isn't captured by a single MET value. Defaulting to 20 minutes better represents genuinely active effort time; adjust the minutes field to match your own actual active time for a more accurate estimate.