How Many Calories Do You Burn Doing Push Ups? Numbers

Push-ups burn roughly 0.29 to 0.61 calories per repetition, depending on your body weight and how hard you work. A 150-pound person performing 20 push-ups burns about 7 to 14 calories. That number climbs to roughly 35 to 70 calories for 100 push-ups, making it a solid addition to any workout even though it is not a high-calorie burner compared to running or cycling.

How Many Calories Do You Burn Doing Push Ups? Numbers Explained

The exact number depends on three main factors: your weight, your intensity, and how long you rest between repetitions. Heavier individuals burn more calories doing the same movement because they move more mass against gravity.

A 200-pound person burns more per push-up than a 120-pound person. A faster, explosive push-up burns more than a slow, controlled one because it demands more muscle power in a shorter time. Adding a pause at the bottom or a clap between reps also increases energy cost.

Research published in the Journal of Strength and Conditioning Research found that push-ups burn about 0.29 calories per repetition for an average adult male. That figure serves as a useful baseline, but your personal number will vary based on your size and effort level.

How Body Weight Affects Calorie Burn

Your body weight is the single biggest factor in determining how many calories you burn during push-ups. The heavier you are, the more energy each repetition requires.

• 120-pound person: about 0.23 calories per push-up
• 150-pound person: about 0.29 calories per push-up
• 180-pound person: about 0.35 calories per push-up
• 200-pound person: about 0.39 calories per push-up

These estimates assume a standard push-up with moderate tempo. A 150-pound person doing 50 push-ups burns roughly 15 calories. Doing 200 push-ups burns about 58 calories for that same person.

This is why push-ups alone are not an efficient weight-loss tool. You would need to do hundreds of push-ups to burn the same calories as a 30-minute jog. But they build strength in your chest, shoulders, triceps, and core, which is their primary value.

Intensity and Tempo Change the Numbers

How fast you perform each repetition changes the calorie count significantly. A slow push-up with a three-second descent and a one-second pause at the bottom requires more sustained muscle tension than a quick repetition.

Explosive push-ups, where you push off the floor hard enough to lift your hands, recruit more muscle fibers and burn more energy per rep. The tradeoff is that you cannot sustain them for as many repetitions.

Rest periods also matter. If you do 50 push-ups with a 30-second rest between sets of 10, your heart rate stays elevated longer, increasing total calorie expenditure. If you spread those same 50 push-ups throughout the day, the burn is lower because your body never enters a sustained elevated state.

Circuit training with push-ups mixed between other exercises raises your heart rate more than doing push-ups alone. This increases the total calorie burn for the entire workout session, even if the push-up portion itself remains modest.

Comparing Push-Ups to Other Exercises

Push-ups are a strength exercise, not a cardiovascular exercise. That distinction matters for calorie expectations.

A 150-pound person burns approximately:

• Push-ups: 60 to 90 calories per 30 minutes of continuous work
• Walking (3.5 mph): about 140 calories per 30 minutes
• Running (6 mph): about 350 calories per 30 minutes
• Cycling (moderate): about 250 calories per 30 minutes
• Jumping rope: about 300 calories per 30 minutes

These figures assume steady effort. Most people cannot do push-ups continuously for 30 minutes, so the realistic calorie burn for a typical push-up workout is lower than these numbers suggest.

A typical strength training session with push-ups as one of several exercises burns about 100 to 200 calories per 30 minutes for a 150-pound person. That includes rest periods and transitions between exercises.

How to Calculate Your Personal Push-Up Calorie Burn

You can estimate your personal calorie burn with a simple formula. Multiply your weight in pounds by 0.0019 to get the calories burned per push-up at a moderate tempo.

For example, a 170-pound person would calculate 170 x 0.0019 = 0.32 calories per push-up. Doing 80 push-ups would burn about 26 calories.

This formula comes from metabolic equivalent (MET) data used in exercise science. A standard push-up has a MET value of approximately 3.8, meaning it burns about 3.8 times the energy you burn at rest.

To use MET values directly: Calories per minute = (MET x 3.5 x weight in kg) / 200. For a 150-pound person (68 kg) doing push-ups at 3.8 METs, that works out to about 4.5 calories per minute of continuous push-up work.

Keep in mind this formula assumes continuous effort. Your actual burn will be lower if you rest between sets, which most people do.

Why Push-Ups Still Matter for Weight Management

Push-ups do not burn many calories compared to cardio, but they still support weight management in important ways. Building muscle increases your resting metabolic rate, meaning you burn more calories throughout the day even when you are not exercising.

Each pound of muscle burns about 6 calories per day at rest, compared to about 2 calories per pound of fat. Adding 5 pounds of muscle through strength training raises your daily resting burn by roughly 20 to 30 calories.

That is not a dramatic number, but it compounds over months and years. Combined with regular cardio and a balanced diet, push-ups contribute to a sustainable weight management strategy.

Push-ups also improve functional strength that supports other physical activities. A stronger chest and triceps make activities like swimming, climbing, and carrying groceries easier, which encourages more movement overall.

Practical Tips for Maximizing Calorie Burn

If your goal is to burn as many calories as possible during a push-up workout, focus on these strategies:

• Minimize rest: Keep rest periods under 30 seconds between sets to maintain an elevated heart rate.
• Add variety: Alternate standard push-ups with incline, decline, and diamond variations to challenge different muscle groups.
• Combine with cardio: Do push-ups between running or jumping intervals for a higher total calorie burn.
• Increase resistance: Wearing a weighted vest or placing your feet on an elevated surface increases the energy cost of each repetition.
• Focus on form: Full range of motion with proper alignment recruits more muscle fibers than partial repetitions.

These techniques do not transform push-ups into a high-calorie exercise. They simply maximize the modest burn you can achieve from the movement.

What the Research Actually Shows

Limited research has directly measured the calorie cost of push-ups. Most estimates come from MET values assigned to calisthenics and bodyweight exercises in established exercise compendiums.

The Compendium of Physical Activities, maintained by researchers at Arizona State University, assigns calisthenics a MET value of 3.8 for moderate effort and 8.0 for vigorous effort. These values form the basis for most push-up calorie calculators.

Some studies suggest that resistance training produces an “afterburn effect” called excess post-exercise oxygen consumption (EPOC). This means your body continues burning extra calories for hours after your workout ends. The effect is real but modest, typically adding 6 to 15 percent to the total calorie cost of the workout.

No large clinical trials have precisely measured push-up calorie burn across different populations. The numbers in this article are reasonable estimates based on established exercise physiology, not exact measurements for every individual.