Pushups Calories Burned: Real Estimates by Weight

A 70 kg adult burns roughly 4.7 kcal per minute doing pushups at moderate intensity and about 9.2 kcal per minute at vigorous intensity, using the 2024 Compendium of Physical Activities classifications and a standard MET calculation. Those are estimates for active exercise time, not guaranteed totals for every minute of a workout.

That distinction matters. A pushup set includes pauses, slower repetitions, and fatigue, so the session average may be lower than the active-minute estimate. A useful estimate depends on body weight, exercise intensity, and time spent actively working, not on a universal number of calories per repetition.

Table of Contents

• What Pushups Burn Per Minute
• Three inputs shape the estimate
• Why a per-rep number doesn't work
• Understanding METs and the Calorie Formula
• Use the formula one part at a time
• Understand what the result can and can't tell you
• Calories Burned by Body Weight and Intensity
• Choose the row and effort that fit
• Why Reps Alone Are a Misleading Way to Measure
• The clock and the movement both matter
• Log the workout you actually did
• How Pushups Compare With Other Bodyweight Exercises
• Different movements serve different purposes
• Fit the exercise to the goal
• Tracking Pushups in a Daily Health App
• Put the workout in the day's context
• Putting It Together for Smarter Pushup Habits

What Pushups Burn Per Minute

The 2024 Compendium of Physical Activities assigns moderate-effort calisthenics, including pushups, 3.8 METs, and vigorous calisthenics 7.5 METs. For a 70 kg adult, those classifications correspond to about 4.7 kcal per active minute at moderate effort or 9.2 kcal at vigorous effort. These are estimates for time spent working, not guarantees for every workout.

Three inputs shape the estimate

Body weight affects how much energy it takes to move your body. Intensity changes the estimate too: controlled repetitions with long rests do not demand the same effort as sustained, vigorous work. Active time matters because a workout's total duration includes pauses.

For instance, someone might do repetitions for a short stretch, rest, then start another set. Counting all that elapsed time as continuous exercise would overestimate energy use. The Compendium classifications describe activity intensity, while an individual session shifts between work and recovery.

Why a per-rep number doesn't work

A rep count leaves out both pace and rest. The same number of pushups can be completed quickly, performed slowly, or split into sets with long breaks. Like measuring a trip by the number of steps alone, counting repetitions misses how long and how hard the effort was.

Practical rule: Estimate from active time and effort first. Use repetitions to track your training, not as a calorie meter.

Pushups are resistance training, so their value includes building strength, not just spending energy during each set. To estimate calories, match the effort to an intensity category and account for active exercise time. The MET formula in the next section shows how to combine those inputs with body weight.

Understanding METs and the Calorie Formula

A MET measures an activity's energy cost relative to resting energy use. One MET is the reference point for rest, so an activity with a higher MET value requires more energy per unit of time. This shared scale helps compare activities, while body weight adjusts the estimate for the person doing them.

Use the formula one part at a time

Calories per minute = MET × body weight in kilograms × 3.5 ÷ 200

The MET value represents exercise intensity, and body weight scales the estimate to your size. The 3.5 represents resting oxygen consumption in ml per kg per minute, and dividing by 200 converts that oxygen use into kcal per minute. Together, these terms turn an intensity category and body weight into an estimated calorie rate.

For example, take a 70 kg adult doing moderate pushups at 3.8 METs:

1. Multiply 3.8 × 70 to get 266.
2. Multiply 266 by 3.5 to get 931.
3. Divide 931 by 200. The estimate is about 4.7 kcal per minute.

For vigorous calisthenics at 7.5 METs, the same calculation gives 7.5 × 70 × 3.5 ÷ 200, or about 9.2 kcal per minute. The arithmetic stays constant; changing body weight or the MET value changes the estimate. These intensity categories follow the Compendium classifications cited earlier.

Understand what the result can and can't tell you

A MET calculation is a model, not a direct measurement of your energy use. Pace, range of motion, sustained effort, and recovery breaks affect how well the estimate matches a workout. The Compendium's moderate and vigorous categories provide reference points, not precise labels for every set.

Research on body-weight resistance exercise shows why the chosen MET value matters: tested pushup conditions ranged from approximately 2.0 to 4.7 METs, with higher values at greater intensity. (Research on body-weight exercise energy costs)

To make your own estimate, enter your weight in kilograms and choose a MET value that reasonably matches your effort. Multiply the result by the minutes spent actively exercising, rather than the full time spent near the mat. The formula estimates energy use; pushups are still resistance training, so their value also lies in strengthening your muscles as part of a broader daily activity pattern.

Calories Burned by Body Weight and Intensity

At the same pace and duration, body weight changes the estimate in a predictable way: a heavier person gets a higher result from the same MET formula. Using the Compendium values cited above, the table compares 3.8 METs for moderate effort with 7.5 METs for vigorous effort. Each ten-minute total assumes ten minutes of active exercise. Rest breaks reduce the time spent working, so counting the entire session as active would overestimate the result.

Choose the row and effort that fit

Choose the row nearest your body weight, then select the effort level that best matches the minutes you were actively doing pushups. “Vigorous” means sustained, demanding work. A strenuous set followed by recovery does not make the whole session vigorous.

For example, a 70 kg adult's vigorous estimate is nearly twice the moderate estimate for the same active duration. By comparison, going from 70 kg to 90 kg raises the estimate less sharply at either effort level. The formula scales with both weight and intensity, much like adjusting two separate dials: change either one, and the result changes. These figures describe the model, not an exact reading of your personal energy use.

Use the ten-minute column for planning, not as a target for continuous pushups. If your workout uses short sets and rests, calculate from active work time and treat the result as an estimate. Pushups are resistance training, so their place in your routine is to build strength within your broader daily activity, not to chase a precise calorie total.

Why Reps Alone Are a Misleading Way to Measure

A calorie estimate based only on repetitions leaves out the most important context: how long the work took and how hard it was. A short, continuous set and a slower set with recovery pauses can reach the same rep count but have different active times and effort patterns. There isn't a reliable universal calorie value for one pushup.

The clock and the movement both matter

Cadence changes how long you work. Rest changes how much of the workout is active. Range of motion and technique affect the physical demand of each repetition, too. A controlled pushup through a full, comfortable range isn't equivalent to a shallow repetition performed quickly, even if both count as one rep.

That's why a fixed “calories per pushup” figure can mislead. Dividing an estimated calorie total by repetitions may produce a number for one particular session, but it doesn't make that value transferable to another workout. A strength-focused session with extended recovery and a continuous circuit have different structures, even if both involve pushups.

The rep count tells you how much work you completed. It doesn't tell you how much energy your body used.

Log the workout you actually did

For a set-based strength workout, record the sets, repetitions, and approximate active time. For a continuous circuit, record the duration and whether the effort was moderate or vigorous. If you're comparing a wearable's calorie estimate with a MET-based estimate, remember that either one is an approximation. The limits of wearable estimates are discussed in this guide to how trustworthy smartwatch calorie-burn estimates are.

Use repetition totals to follow your training progress, such as whether you can maintain good form across more work. Use duration and intensity to estimate energy expenditure. Keeping those purposes separate gives you more useful information and makes it less tempting to chase a calorie target by adding unnecessary repetitions.

How Pushups Compare With Other Bodyweight Exercises

Pushups can demand meaningful effort, especially when performed continuously, but they aren't automatically the strongest choice for maximizing calorie expenditure. A 2024 crossover study, summarized by an independent physical-therapy source, compared several body-weight exercises during short bouts. Participants reportedly averaged approximately 11–40 kcal per minute across the exercises, with burpees and jumping jacks producing the greatest expenditure; pushups ranked below those movements but above several lower-intensity exercises. (Summary of the body-weight exercise comparison)

Different movements serve different purposes

Burpees and jumping jacks involve more continuous, whole-body movement than a typical pushup set. That makes them a better fit when the immediate goal is vigorous conditioning. Pushups, by contrast, primarily challenge the muscles used to press and stabilize the body. They can raise energy demand, but long rests between sets reduce the average work rate across the whole session.

This doesn't make pushups a poor exercise. It means their value shouldn't be judged only by calories per minute. They can contribute to resistance training and muscular endurance, while more dynamic exercises may suit a session focused on sustained conditioning. For another example of why exercise type and effort affect calorie estimates, see this explanation of calories burned while treading water.

Fit the exercise to the goal

If your goal is upper-body strength, choose pushup variations and a training pace that let you maintain sound technique and progress over time. If your goal is to raise whole-session energy expenditure, combine pushing work with movements that recruit more of the body and keep you moving. For general activity, walking and other forms of exercise can complement strength work rather than compete with it.

Pushups are best understood as resistance training with an energy cost, not as a standalone cardio substitute. Their contribution to a workout or daily energy picture still counts, but a small calorie estimate doesn't capture the strength and movement practice they provide.

Tracking Pushups in a Daily Health App

A useful tracker entry should reflect the session you performed, not pretend to measure energy use exactly. Record active duration, choose a reasonable intensity category, and make sure the body weight used for the estimate is current. An app can then apply the MET calculation as a guide while keeping the assumptions visible.

A simple routine helps make entries comparable:

• Record active work: Separate time spent doing pushups from longer recovery periods when you can.
• Choose effort: Mark moderate or vigorous based on the sustained work, not on the hardest moment of the session.
• Review the estimate as approximate: Use it for context and trends, not as an exact accounting of calories.

Put the workout in the day's context

A pushup entry makes more sense alongside the rest of your activity and health information. Steps, other workouts, meals, and body-weight trends can help you see how one short session fits into your broader routine. Looking only at the calorie number can distract from whether your training is consistent, whether your technique is holding up, and how you feel between workouts.

For a practical approach to adding exercise entries, read this guide to logging exercise in a calorie-tracking app. The principle is straightforward: log what you know, label estimates as estimates, and use repeated entries to notice patterns rather than treating one result as definitive.

Stride is one option for keeping activity, food intake, body weight, and other health information together in a daily timeline. Its tools can help you review logged movement alongside the rest of your day, while an exercise calorie estimate remains an approximation rather than a precise measurement.

Putting It Together for Smarter Pushup Habits

Use the MET estimate to understand the scale of the energy cost, then choose your pushup routine for the training benefit you want. The calculation can help put a session in context, but it shouldn't determine whether the exercise is worth doing. Strength, movement quality, and consistency matter even when a workout's calorie total is modest.

For your next session, keep the process simple:

1. Use your body weight in kilograms and select a moderate or vigorous MET classification that fits your effort.
2. Calculate calories per active minute with MET × weight × 3.5 ÷ 200.
3. Track active time rather than relying on reps alone, and remember that rests lower the session average.
4. Place pushups within a balanced routine that includes other movement suited to your goals.

Pushups can support a resistance-training routine, but they don't have to carry the whole burden of a fat-loss or activity goal. Pair them with broader daily movement and sustainable eating habits, and use calorie estimates as one piece of context rather than a score to chase.

The useful question isn't whether pushups burn “enough” calories on their own. It's whether they help you build a routine you can maintain while making room for the other activity and habits your goals require.

Stride brings activity, food intake, body weight, medications, and other health information into one timeline, with trends and practical daily guidance. Log a pushup session alongside the rest of your day, then visit Stride to explore a more connected way to track your health habits.