About

A single burpee engages over 10 major muscle groups and demands roughly 0.5 - 1.5 kcal per repetition depending on body mass and execution speed. Miscounting energy expenditure during high-intensity bodyweight training leads to inaccurate nutrition planning. Chronic caloric surplus or deficit of even 200 kcal/day compounds into measurable fat gain or muscle loss over weeks. This calculator applies the Metabolic Equivalent of Task (MET) framework published in the Compendium of Physical Activities (Ainsworth, 2011) to estimate net caloric cost. It maps burpee pace to validated MET values between 5.0 and 12.0, then factors body weight and exercise duration. The model assumes steady-state effort and does not account for excess post-exercise oxygen consumption (EPOC), which may add 6 - 15% additional burn in the hours following vigorous sets.

Formulas

The caloric expenditure is derived from the Metabolic Equivalent of Task framework. One MET equals 1 kcal × kg⁻¹ × hr⁻¹, representing resting metabolic rate.

E = MET × W × T

Where E = energy expenditure in kcal, MET = metabolic equivalent for the selected burpee pace, W = body mass in kg, and T = exercise duration in hours.

Duration is computed from repetition count and pace rate:

T = NR × 60

Where N = total number of burpees performed and R = burpee rate in reps/min. Per-repetition caloric cost is then:

E_rep = MET × WR × 60

For weight conversion from imperial: W_kg = W_lbs × 0.453592.

Reference Data

Pace Category	Rate	MET Value	Cal/min (70 kg)	Cal/min (90 kg)	Typical Use
Very Slow (Learning)	4-6 burpees/min	5.0	5.8	7.5	Beginners, rehabilitation
Slow	6-8 burpees/min	6.5	7.6	9.8	Warm-up sets, endurance pacing
Moderate	8-10 burpees/min	8.0	9.3	12.0	Standard fitness training
Fast	10-12 burpees/min	9.5	11.1	14.3	HIIT circuits, CrossFit WODs
Very Fast	12-15 burpees/min	10.5	12.3	15.8	Competition pace, timed challenges
Elite Sprint	15-20 burpees/min	12.0	14.0	18.0	Record attempts, advanced athletes
Walking (3.5 mph)	-	3.5	4.1	5.3	Comparison baseline
Jogging (5 mph)	-	7.0	8.2	10.5	Comparison baseline
Running (7 mph)	-	11.0	12.8	16.5	Comparison baseline
Jump Squats	-	8.0	9.3	12.0	Similar intensity exercise
Mountain Climbers	-	8.0	9.3	12.0	Similar intensity exercise
Jumping Jacks	-	7.0	8.2	10.5	Lower intensity comparison
Box Jumps	-	10.0	11.7	15.0	Higher intensity comparison
Cycling (vigorous)	-	10.0	11.7	15.0	Comparison baseline
Swimming (moderate)	-	7.0	8.2	10.5	Comparison baseline

Frequently Asked Questions

Pace determines the MET value assigned to the exercise. A slow pace of 6 burpees per minute corresponds to a MET of approximately 6.5, while a vigorous pace of 15 burpees per minute elevates the MET to 12.0. Two people performing 50 burpees burn different amounts if one finishes in 5 minutes versus 10 minutes. The faster performer works at a higher metabolic intensity per unit time, but the slower performer exercises for longer. The net result depends on the MET-duration product. This calculator resolves that interaction automatically.

The MET formula multiplies metabolic equivalent by body mass in kilograms. A person weighing 90 kg burns roughly 28.6% more calories per minute than a 70 kg person at identical pace because every repetition requires moving more mass against gravity during the jump and push-up phases. This is a linear relationship: doubling weight doubles caloric expenditure at the same MET.

No. This tool calculates gross caloric expenditure during the exercise period only. Excess Post-Exercise Oxygen Consumption (EPOC) can add 6 to 15 percent additional calorie burn in the 12 to 24 hours following vigorous burpee sessions. For conservative nutrition planning, use the displayed value. For aggressive deficit calculations, you may add 10% as a rough EPOC estimate for sessions exceeding 10 minutes at vigorous pace.

MET values are derived from the 2011 Compendium of Physical Activities (Ainsworth et al.), which classifies calisthenics at vigorous effort as MET 8.0. Burpees exceed standard calisthenics intensity due to the combined squat-thrust-jump-push-up pattern. The calculator interpolates between MET 5.0 (light calisthenics) and MET 12.0 (very vigorous full-body plyometrics) based on pace category, consistent with laboratory measurements of oxygen consumption during burpee protocols.

The popular claim of 1 calorie per burpee is a rough average for a 70 kg person performing at moderate pace (about 8 to 10 per minute). Actual values range from 0.45 kcal per burpee for a lightweight person at slow pace to over 1.5 kcal per burpee for a heavy person at sprint pace. Using a fixed number ignores the two strongest predictors: body mass and exercise intensity. This calculator resolves both variables.

Use burpee count when you follow a fixed-repetition protocol (e.g., 100 burpee challenge). Use duration when you perform timed intervals (e.g., EMOM or Tabata sets with mixed exercises). The calculator derives duration from count and pace rate, so entering count is more precise when you know exact repetitions. If your workout includes rest intervals between sets, enter only active burpee time or reduce the count to net repetitions.