Push-Ups Calorie Calculator

The formula: METs, body weight and time

Exercise calories come from one standard equation: MET value, times body weight in kilograms, times duration in hours. A MET, or metabolic equivalent, is a way of pricing activity, where sitting still costs 1 MET. The formula reads: calories = MET x weight in kg x hours. The units work because one MET represents roughly one calorie per kilogram per hour.

Two of those three inputs belong to you and only one belongs to the exercise: your weight in kilograms and your minutes on the floor. That is why the same 10 minute set burns twice as much for a 220 pound lifter as it does for a 110 pound one, and why the calculator asks for weight and time and never asks how many reps you did. Reps matter for building strength, not for the energy ledger, because the ledger tracks moving your body mass against gravity for a duration, and a slow grinder and a brisk pacer both pay by the minute.

The MET values themselves come from the Compendium of Physical Activities, the standard reference table researchers and trackers use to score every activity from aikido to yard work.

The MET values for push-ups

The Compendium's 2024 conditioning exercise table scores calisthenics in two gears:

The gap between the two gears is the whole story of push-up calories: vigorous effort costs almost exactly double the moderate rate, 7.5 against 3.8. A set structure with real rest between rounds drifts your average MET toward the middle, and an honest self rating beats an ambitious one. If you are doing knee push-ups or breaking every 10 reps, use moderate; if you are chaining full push-ups with 15 to 30 seconds of rest, vigorous is fair.

One edition note: the 2011 Compendium listed vigorous calisthenics at 8.0 METs, and the 2024 update revised it to 7.5, so older articles and apps may run slightly hot. This page uses the current table.

Worked example: 155 pounds for 10 minutes

Here is the full calculation for a 155 pound adult doing 10 minutes of push-ups at vigorous effort, with every step written out:

• Convert weight: 155 x 0.4536 = 70.3 kilograms
• Convert time: 10 / 60 = 0.167 hours
• Vigorous burn: 70.3 x 7.5 x 10 / 60 = 87.9 calories
• Moderate burn: 70.3 x 3.8 x 10 / 60 = 44.5 calories

So 10 hard minutes of push-ups costs about 88 calories, and the same 10 minutes at a moderate pace costs about 45. Stretch the vigorous pace to 30 accumulated minutes across a day of sets and the total reaches 70.3 x 7.5 x 30 / 60 = 263.6 calories, which is real money in a daily budget, comparable to a half hour of general jogging.

Per rep, the same session reads differently: a typical vigorous training pace is around 20 push-ups a minute, so 10 minutes holds about 200 reps, and 87.9 / 200 = 0.44 calories per push-up. That is the honest per-rep figure, and it is smaller than the round numbers fitness folklore likes to attach to 100 push-ups.

Counting reps versus timing minutes

Fitness folklore prices push-ups per rep, usually somewhere around half a calorie each, and the MET math mostly agrees for average bodies at average paces. But per-rep pricing hides its own assumption: a fixed rep rate. Strength climbers who pause three seconds at the bottom burn more per rep; beginners cranking out fast, shallow reps burn less per rep but more per minute than their rep count suggests.

Time-based counting dissolves that problem. Calories track mass moved against gravity over duration, and the clock measures duration directly, while rep counts measure it only through an assumed pace. Ten minutes of push-ups burns about the same whether it holds 130 reps or 230, which is also why two people with wildly different rep totals can burn the same energy in the same session.

The practical advice: use minutes for calories, use reps for training. Log your sets and reps to see strength progress, and let the calculator turn your accumulated minutes into the energy figure. People who do both usually discover the workout they feel is bigger than the workout they counted, because rest periods feel like nothing and cost like something.

Per-minute pricing also survives the messy middle of a real workout: half a set, a phone check, a rest that runs long. The clock absorbs all of it, while a rep log records only the push-ups you finished. Over a month of sessions, that gap between counted reps and elapsed minutes is easily 20% of the calorie total, which is exactly the size of error that makes people conclude their tracker is broken.

Calories by body weight

Because the formula multiplies by kilograms, body weight scales the burn in a straight line. Ten minutes of push-ups at each effort level:

Read the table two ways. Across rows, weight nearly doubles the burn from 120 to 220 pounds at the same effort, a reminder that heavier bodies pay more for every minute of the same exercise. Down the columns, effort doubles the burn at any weight, and intensity is the lever you control today. A 155 pound adult who upgrades from moderate to vigorous form doubles their rate without adding a single minute, which usually makes intensity the cheaper improvement to chase before duration.

Push-ups against other exercise

Where does 10 minutes of hard push-ups land against the usual suspects? Using the same formula and the 155 pound adult:

Vigorous push-ups outburn general jogging per minute, which surprises people, because calisthenics at a training pace is honest whole body work. The catch is duration: few people sustain 30 continuous minutes of push-ups the way they sustain a jog, so in a real workout the jog often wins on total burn through sheer staying power. The smarter framing combines them: strength work builds the muscle that raises daily metabolism, cardio banks the long easy minutes, and the CDC's adult activity guidance treats the mix, rather than any single exercise, as the target.

Making the calories add up

A number only matters next to a goal. At 155 pounds, 10 vigorous minutes of push-ups is about 88 calories, roughly a third of a cereal bar or a bit under half a banana. A daily habit of 20 minutes across morning and evening sets banks about 176 calories, which over a week approaches 1,200, close to a third of a pound of body fat. That is real, but it also shows why single exercises rarely drive weight change alone: the deficit math needs a sustainable activity habit plus diet, and no push-up program outruns a kitchen.

The centers for disease control and prevention's MET explanation for physical activity matches the method this calculator uses, so the figure you see here is the same one research studies use to estimate energy expenditure. Use it as a planning tool, not a judgment tool: log your minutes honestly, rate your effort honestly, and let weeks of totals rather than any single session tell you whether the plan is working.

Fitness figures here are estimates for planning, not medical advice. Joint pain, chest discomfort or dizziness during exercise are reasons to stop and talk to a clinician.