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Burpee Calorie Calculator

Calculate calories burned doing burpees by weight and rep count. Find how many burpees you need to hit a calorie burn target. Based on MET 7.5 formula.

Author: Naeem Ullah
•Last Updated: July 18, 2026•
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Active Calculation FormulaCalories = (MET × Weight_kg × Reps) / (60 × Reps_per_min)

Adjust Variables

reps
reps
Min: 0 repsMax: 100 reps
lbs
weight_lbs
Min: 0 lbsMax: 310 lbs
reps/min
pace
Min: 0 reps/minMax: 20 reps/min
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Real-Time Results
Calories Burned0
Calories per Burpee0
Duration0
All calculations are compiled with double-precision floating math directly in this browser frame. Perfect precision guaranteed.

Interactive Step-by-Step Calculation Proofs

View how variables resolve algebraically down to peer-reviewed standard outputs.

Why Use This Calculator

Burpees are one of the highest-calorie-burning full-body exercises you can perform with no equipment. Each rep engages your chest, arms, core, quads, and cardiorespiratory system simultaneously. Accurately calculating burpee calorie burn lets you plan workout volume to meet daily caloric deficit or expenditure targets. This calculator uses MET (Metabolic Equivalent of Task) values from the 2024 Adult Compendium of Physical Activities — burpees (vigorous calisthenics, activity code 02020) carry a MET of 7.5. Calorie burn scales with body weight: a 200 lb person burns roughly 30% more calories per burpee than a 155 lb person. Use the reps-needed mode to answer 'how many burpees do I need to burn 300 calories?' given your weight. Since burpee workouts push your heart rate into Zones 3–5, combining this calculator with the max heart rate calculator helps you confirm you are training at the intended intensity and staying within safe bounds. After a burpee session, check your daily water intake target — vigorous exercise significantly increases fluid needs.

Mathematical Formula Explanation

Calculated standard benchmarks are based on direct functional dependencies. The primary calculation logic follows this formula:

Calories = MET × Weight(kg) × Reps / (60 × Pace)

Calories Burned (lbs) and Calories Burned (kg) apply the identical MET-based formula in imperial and metric body-weight units — the same calculation, just entered in different units. Reps to Burn Target Calories runs the same relationship in reverse: instead of computing calories from a known rep count, it solves for the rep count needed to hit a chosen calorie target at a given pace and body weight.

Worked Examples (Step-by-Step)

These examples show calories burned from a completed burpee session, and the rep count needed to hit a specific calorie target.

Case Scenario 1

Example 1: 155 lb Person, 50 Burpees at Moderate Pace

“A 155 lb person completes 50 burpees at a moderate pace of 10 reps per minute. How many calories did they burn and how long did it take?”

Given Inputs
  • REPS: 50
  • WEIGHT_LBS: 155
  • PACE: 10
Computed Outputs
  • CALORIES: 43.9
  • CAL_PER_REP: 0.88
  • DURATION_MIN: 5
Case Scenario 2

Example 2: Reps Needed to Burn 300 Calories

“A 180 lb person wants to burn 300 calories doing burpees at a pace of 12 reps per minute. How many burpees do they need to complete?”

Given Inputs
  • CALORIE_GOAL: 300
  • WEIGHT_LBS_GOAL: 180
  • PACE_GOAL: 12
Computed Outputs
  • REPS_NEEDED: 353
  • DURATION_NEEDED: 29.4

Common Mistakes & Edge Cases

  • Treating the calorie estimate as exact rather than a MET-based approximationMET-based formulas are population averages — individual calorie burn varies with fitness level, technique, effort, and body composition. The number here is a reasonable estimate, not a lab-measured figure.
  • Ignoring how form changes effectively change the exerciseRemoving the push-up or the jump from a "burpee" — a common modification — meaningfully lowers the actual energy cost below the MET value this calculator uses, which assumes the full standard movement.
  • Comparing calorie burn across body weights as if effort were equalTwo people doing the identical number of burpees at the identical pace burn different total calories, because the formula scales with body weight. A lighter person burns fewer calories for the same rep count and pace — that's arithmetic, not a fitness judgment.

Frequently Asked Questions (FAQ)

Burpees burn approximately 0.5–1.0 calories per rep depending on body weight and pace. A 155 lb person burns roughly 0.88 calories per burpee at a moderate pace of 10 reps per minute. A 200 lb person burns approximately 1.13 calories per burpee at the same pace. Over a 10-minute burpee session at moderate intensity: a 155 lb person burns ~88 calories; a 200 lb person burns ~113 calories. The exact burn rate is calculated using MET 7.5 (Metabolic Equivalent of Task), the standard value for vigorous calisthenics (activity code 02020) from the 2024 Adult Compendium of Physical Activities.

Calorie burn from burpees is calculated using the MET formula: Calories = MET × Weight (kg) × Time (hours). For burpees, MET = 7.5. Convert rep count to time using pace (reps per minute): Time (hours) = Reps / Pace / 60. Combined: Calories = 7.5 × Weight_kg × Reps / (60 × Pace). For example, a 70 kg person doing 100 burpees at 10/min: Calories = 7.5 × 70 × 100 / (60 × 10) = 87.5 kcal.

To burn 100 calories doing burpees: a 130 lb (59 kg) person needs approximately 136 burpees; a 155 lb (70 kg) person needs approximately 114 burpees; a 180 lb (82 kg) person needs approximately 98 burpees; a 200 lb (91 kg) person needs approximately 88 burpees. These figures assume a moderate pace of 10 burpees per minute (MET 7.5). Increasing pace to 15 reps per minute raises intensity and slightly increases calorie burn per unit time.

Burpees are one of the most calorie-efficient bodyweight exercises available. They burn approximately 7.5–9 calories per minute for a 155 lb person, comparable to running at a moderate pace. Burpees engage all major muscle groups simultaneously (chest, shoulders, triceps, core, quads, glutes), creating high metabolic demand. A 20-minute burpee workout can burn 140–190 calories for an average-weight adult. For weight loss, burpees combined with a caloric deficit are effective — the calorie burn per workout session contributes meaningfully to a weekly deficit goal.

Burpees have a MET (Metabolic Equivalent of Task) value of 7.5, classified as vigorous calisthenics (activity code 02020) in the 2024 Adult Compendium of Physical Activities. MET 7.5 means burpees require 7.5 times the energy of sitting at rest. For comparison: walking (3 mph) is MET 3.5; jogging is MET 7.0; running (6 mph) is MET 9.8; vigorous swimming is MET 8.3. Because burpees use the full body explosively, their effective MET can reach 10+ during high-intensity intervals.

Per minute, burpees burn approximately 7.5–13 calories depending on body weight and pace — comparable to moderate-to-vigorous running. Calorie burn comparison at 155 lbs for 10 minutes: burpees (~88 kcal), running at 6 mph (~107 kcal), jumping rope (~111 kcal), cycling at 14–16 mph (~84 kcal), swimming (~71 kcal). Burpees are most efficient when equipment or space is unavailable because they deliver near-running calorie expenditure with zero equipment. Their full-body muscular engagement also creates a modest EPOC (excess post-exercise oxygen consumption) afterburn effect that extends total calorie expenditure beyond the workout itself.

For weight loss, the quantity that matters is the caloric deficit created — not burpees specifically. A 155 lb person burning an extra 300 calories per day from burpees (roughly 341 reps at 10/min pace) would create a ~2,100 calorie weekly deficit, which corresponds to roughly 0.6 lbs of fat loss per week. However, doing 300+ burpees daily is unsustainable for most people. A more practical approach: 50–100 burpees per day (15–30 minutes) as a supplement to a caloric deficit produces meaningful fat loss results over 4–8 weeks without excessive soreness or injury risk. Consistency over 6–8 weeks matters more than daily volume spikes.

Yes — pace (burpees per minute) affects calorie burn through workout duration, not per-rep burn. Doing 50 burpees at 5/min takes 10 minutes; at 10/min it takes 5 minutes. The calories burned per rep remain approximately the same (determined by body weight and MET), but finishing faster means less total exercise time. The MET formula accounts for this: Calories = MET × Weight(kg) × Duration(hours). The key insight is that slowing down does not increase per-rep calorie burn — it only increases total workout time. If your goal is maximum calorie burn per unit of time, a faster sustainable pace burns more total calories in the same time window.

Burpees recruit virtually every major muscle group: shoulders and triceps (push-up phase), chest (push-up), core (plank position), quadriceps and glutes (squat jump phase), hamstrings and calves (landing). This full-body recruitment is precisely why burpees have a high MET value of 7.5 — the more muscle mass activated simultaneously, the higher the metabolic demand. Compare this to a bicep curl (MET ~3.5, arms only) or even a squat (MET ~5.0, lower body only). Adding a jump at the top (standard burpee) adds plyometric intensity that spikes heart rate further. Removing the push-up or jump lowers the effective MET to approximately 5–6.

Burning 500 calories from burpees takes approximately: 155 lb person — 57 minutes at 10 reps/min (569 total reps); 180 lb person — 49 minutes at 10 reps/min (490 total reps); 200 lb person — 44 minutes at 10 reps/min (441 total reps). These are sustained-effort estimates at MET 7.5. In practice, most people cannot maintain burpee pace for 45+ minutes without rest. A circuit approach — 5 sets of 50 burpees with 2-minute rests — can achieve similar calorie output over approximately 60 total minutes. Use the reps-needed mode above to calculate the exact rep count for any calorie goal at your body weight and pace.

Which Calculator Do You Need?

vs. Bench Press CalculatorThis calculator estimates calories burned from repetitions at a given pace and body weight — a conditioning/energy-expenditure metric. The bench press calculator estimates your 1-rep max from a submaximal set — a strength metric. Both are useful for structuring a training session, but they answer completely different questions.

Sources & Methodology

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