How Many Calories Do You Burn In A Burpee? | Fast, Real Numbers

Calorie Burn From Burpees: Real-World Numbers

Burpees are a bodyweight staple that mix a squat, a plank, a push-up, and a jump. That blend lands them in the “vigorous calisthenics” bucket used in research. In the widely used Compendium of Physical Activities, vigorous calisthenics are assigned 8.0 METs, with moderate variants listed around 3.8 METs. METs convert neatly to calories using a simple equation endorsed in exercise science.

The Simple Formula Used By Coaches

Calories per minute = MET × 3.5 × body weight (kg) ÷ 200. The Compendium defines a MET and lists values for hundreds of activities, including vigorous calisthenics at 8.0 METs; that lets you plug in your weight and pace to get a solid estimate. Compendium MET definition

Quick Table: Calories Per Minute At Common Efforts

Use this as your baseline for burpee sets. “Steady” roughly maps to a basic version or a relaxed circuit; “brisk” matches the standard version; “fast” is a push-up burpee with a jump done quickly.

Body Weight	Steady (6 MET)	Brisk (8 MET)
60 kg (132 lb)	~6.3 kcal/min	~8.4 kcal/min
75 kg (165 lb)	~7.9 kcal/min	~10.5 kcal/min
90 kg (198 lb)	~9.5 kcal/min	~12.6 kcal/min

Those numbers come straight from the MET method used in research and public-health guidance. Harvard’s broad activity table backs up the range for vigorous calisthenics when you scale to your weight and time. Harvard’s 30-minute chart

Why The Per-Rep Number Looks Small

Calorie burn is time-based, not rep-based. A minute of work at a given intensity costs a certain amount of energy; one rep is just a slice of that minute. Faster pacing boosts the minute total, yet each rep takes less time, so the per-rep figure doesn’t skyrocket. That’s normal for all time-based estimates.

What Drives Your Burpee Calorie Burn

Body Mass And MET Intensity

Two levers dominate: your body mass and the MET level of your effort. A bigger person expends more energy for the same movement. A faster, more explosive style increases the MET level. The Compendium lists 3.8–8.0+ METs across calisthenics classes, so your style matters. Compendium activity list

Tempo, Depth, And Jump Height

Small tweaks change the cost. Lock in a full plank, keep a clean push-up, and add a crisp jump to raise demand. Shortening ranges or skipping the jump lowers it. Breathe in on the squat down, breathe out as you drive up; smooth breathing makes sustained sets easier.

Set Structure And Rest

Intervals punch up the per-minute cost by stacking high-effort chunks with short breathers. Longer rests drop the average. For a steady burn, spend more of your total time moving than resting, while keeping form sharp.

Fat loss hinges on the energy balance across your day, so it helps to anchor training to your daily calorie intake and then layer burpees on top.

How To Estimate Per-Burpee Calories (With Examples)

Step 1: Pick An Effort Level

Use 6 MET for a basic version, 8 MET for a standard version done briskly, and 10 MET for a fast, explosive style. These sit within the range used for vigorous calisthenics and similar conditioning work in the Compendium.

Step 2: Compute Calories Per Minute

Apply: calories/min = MET × 3.5 × body weight (kg) ÷ 200. A 75 kg person at 8 MET lands near 10.5 kcal/min. That matches the quick card above.

Step 3: Divide By Your Reps Per Minute

Per-rep calories = (calories/min) ÷ (reps/min). At 10 reps/min and 10.5 kcal/min, that’s about 1.05 calories per burpee for a 75 kg person.

Per-Burpee And Per-100 Estimates

Here are practical ranges for common body weights and paces. “Steady set” assumes ~10 reps/min at 8 MET; “fast set” assumes ~12 reps/min at 10 MET.

Body Weight	Per 100 (steady)	Per 100 (fast)
60 kg (132 lb)	~84 kcal	~88 kcal
75 kg (165 lb)	~105 kcal	~109 kcal
90 kg (198 lb)	~126 kcal	~131 kcal

Technique Tweaks That Affect Burn

Basic Version (Lower Demand)

Remove the push-up and keep the jump low. This cuts strain on wrists and shoulders and drops the MET level. It’s a smart entry point for larger sets or active recovery inside circuits.

Standard Version (Balanced)

Keep a tight plank, perform a clean push-up, and jump to full hip extension. Land softly and re-load the squat right away. The pace sits in the mid-range, which lines up with brisk estimates in the table.

Explosive Version (Higher Demand)

Add a powerful vertical jump or a tuck, and keep transitions snappy. This bumps effort toward the top of the MET range used for calisthenics and similar conditioning classes.

Set Ideas You Can Plug In

Time-Based Blocks

Do 30–45 seconds of work, rest 15–30 seconds, repeat for 8–12 rounds. Count reps to gauge consistency across rounds. Aim for the same rep count each block to keep your intensity on target.

Rep-Based Blocks

Try ladders such as 5–7–9–11–9–7–5 with short rests. This format keeps focus on crisp technique while you rack up meaningful volume.

Mixed Circuits

Pair burpees with lunges, rows, or cycling. Alternating muscle groups lets you sustain pace without form breakdown, which helps the total minute-to-minute burn.

Safety, Form, And Smart Progression

Joint Setup

Spread your fingers, stack your shoulders over your hands, and brace your midline before kicking back. Keep knees tracking over toes on the squat. A soft, quiet landing protects your ankles.

Breathing And Cadence

Exhale on the jump and push-up press. Inhale on the way down. A calm rhythm helps you hold a steady MET level for longer sets.

When To Modify

Swap the push-up for a high plank hold or step back instead of jumping if wrists, shoulders, or knees feel irritated. You’ll still get a meaningful aerobic hit while keeping form tidy.

How This Ties Back To Evidence

Why METs Are Used

Researchers use METs to standardize energy cost across activities. One MET equals resting energy use; activity values are multiples of that. The Compendium provides the reference list that underpins the estimates you see here. Compendium activity list

How Intensity Is Classified

Public-health resources classify aerobic intensity in bands and offer simple cues like the talk test. Vigorous work leaves you breathing hard and talking in short phrases—exactly how a strong burpee set feels. CDC intensity basics

Worked Examples You Can Copy

Example A: 68 kg Person, Standard Pace

MET = 8. Calories/min = 8 × 3.5 × 68 ÷ 200 ≈ 9.52. At 10 reps/min, each rep ≈ 0.95 calories. A 3-minute set lands near 28–29 calories.

Example B: 82 kg Person, Fast Pace

MET = 10. Calories/min = 10 × 3.5 × 82 ÷ 200 ≈ 14.35. At 12 reps/min, each rep ≈ 1.20 calories. A 90-second set totals about 21–22 calories.

Example C: 60 kg Person, Basic Pace

MET = 6. Calories/min = 6 × 3.5 × 60 ÷ 200 = 6.3. At 8 reps/min, each rep ≈ 0.79 calories. A 2-minute set hits ~10 calories.

Common Questions About Burpee Energy Cost

Do Reps Or Time Matter More?

Time drives the math. Reps are a handy way to structure work, yet the minute-to-minute intensity is what sets the calorie rate. Keep technique crisp so your pace reflects true work, not wasted motion.

Are Wearables Enough?

Wrist-based trackers can under-read spiky movements. The MET method gives you a transparent baseline you can adjust with your own pace and rest pattern.

What If I’m New?

Use the basic version first, set a steady cadence, and build to longer sets. As conditioning improves, increase reps per minute or add the jump to raise the estimate.

Tie It Together For Your Goals

Pick the version that matches your joints and training plan, pick an effort band, then use the tables here to map sets into your daily energy target. If weight change is the aim, pair smart training with a clear view of intake and recovery.

Want a clean primer on energy balance to pair with these numbers? Try our calorie deficit guide.