Burpee Calorie Calculator
Estimate a practical low-to-high calorie range and an average burn from your body weight and completed burpees.
Workout inputs
Live results
Average calories burned
34.40 kcal
Estimated range
17.20 – 51.60 kcal
Calories per burpee
0.573 kcal
Bodyweight factor
1.147×
60 burpees at 172 lb produce an estimated average burn of 34.40 kilocalories.
Low, average, and high estimate breakdown
| Estimate | Baseline rate | Adjusted rate | Total calories |
|---|---|---|---|
| Low pace | 0.25 kcal/rep | 0.287 kcal/rep | 17.20 kcal |
| Average | 0.50 kcal/rep | 0.573 kcal/rep | 34.40 kcal |
| High pace | 0.75 kcal/rep | 0.860 kcal/rep | 51.60 kcal |
The range scales three baseline rates for a 150 lb person by the same bodyweight factor. It is an estimate of session energy expenditure, not a direct metabolic measurement.
How to use the burpee calorie calculator
What this calculator does
This calculator estimates the energy used during a set of burpees from two physical quantities: the number of completed repetitions and body weight. It reports an average estimate and a low-to-high range because pace, movement depth, push-up style, jump height, rest, fitness, and individual physiology can all change the true result. The model is useful for consistent workout logging and rough comparisons, but it does not measure oxygen consumption, heart rate, or an individual metabolic response. The Adult Compendium of Physical Activities conditioning table classifies vigorous calisthenics, including burpees, as a high-energy activity; this repetition-based calculator uses a simpler reference-style estimate rather than a duration-based MET calculation.
When to use it
Use the calculator after a single set, a timed conditioning block, or an entire session when you know the total repetitions. It can also help compare two workouts completed at the same body weight, estimate the calorie range for a planned burpee challenge, or create a consistent record for a training spreadsheet. For intensity context, the CDC guide to measuring physical activity intensity explains that vigorous activity usually makes it difficult to speak more than a few words without pausing for breath.
How to calculate
- The calculator opens with a ready-to-use demonstration of 60 burpees at 172 lb. Its results and a validated example Excel workbook are available immediately.
- Replace Burpees with the whole number of repetitions you completed. Enter only completed reps, not a target you did not finish.
- Replace Your weight with your current body weight, then set Weight unit to pounds or kilograms. Switching the unit converts the current value rather than merely changing the label.
- Read Average calories burned as the central estimate. Use Estimated range to reflect slower or modified work at the low end and faster, fuller-effort work at the high end.
- Review Calories per burpee, Bodyweight factor, the three summary pills, and the breakdown table to understand how the estimate was constructed.
- Select Download Excel to export the current inputs, outputs, assumptions, and breakdown as a real .xlsx workbook. Reset clears the demonstration and all entered data; Excel export then remains unavailable until a complete valid state is entered again.
Input guide
Burpees is a required whole-number count from 1 to 100,000. A realistic example is 60. More repetitions increase every calorie result in direct proportion. Decimals, negative values, scientific notation, and text are rejected; a common mistake is entering minutes instead of repetitions. Your weight is a required positive decimal value. A realistic example is 172 when pounds are selected or about 78.02 when kilograms are selected. The accepted convention uses a period as the decimal separator and optional correctly grouped commas, such as 1,000. Weight raises or lowers the result proportionally because it changes the bodyweight factor. Do not enter a unit symbol inside the field. Weight unit is required and offers Pounds (lb) or Kilograms (kg). It controls how the weight is interpreted and exported. A common mistake is typing a kilogram value while pounds remain selected.
Output guide
Average calories burned is the central session estimate in kilocalories, often written as kcal or Calories in nutrition contexts. It is driven by repetitions and weight and is an estimate, not an exact measurement. Estimated range shows the low and high totals from baseline rates of 0.25 and 0.75 kcal per repetition for a 150 lb person. A narrow or low range usually reflects fewer repetitions or lower body weight; zero is not shown because both required inputs must be positive. Calories per burpee is the average adjusted rate for one repetition. Bodyweight factor is your pound weight divided by 150; 1.000× corresponds to 150 lb, values below 1 reduce the baseline rates, and values above 1 increase them. The Repetitions, Weight, and Average burn pills repeat the current key values for quick scanning.
The breakdown table uses the columns Estimate, Baseline rate, Adjusted rate, and Total calories. Baseline rate is the assumed low, average, or high rate at 150 lb. Adjusted rate applies the bodyweight factor. Total calories multiplies adjusted rate by completed burpees. The Low pace, Average, and High pace rows are comparison scenarios, not separate measurements or promises about the exact energy cost of a specific technique.
Worked example
For the first-open example, 172 lb divided by 150 gives a bodyweight factor of 1.1467. The average adjusted rate is 1.1467 × 0.50 = 0.5733 kcal per burpee. Multiplying by 60 repetitions gives 34.40 kcal. The low estimate is 1.1467 × 0.25 × 60 = 17.20 kcal, while the high estimate is 1.1467 × 0.75 × 60 = 51.60 kcal. These values match the startup controls, live results, breakdown table, and downloadable workbook.
How the estimate works and how to interpret it
Average calories = (weight in lb ÷ 150) × 0.50 × burpees
The low and high estimates replace 0.50 with 0.25 and 0.75. This makes the model transparent and internally consistent: doubling the repetitions doubles the result, and increasing weight by 10% increases the estimate by 10%. The calculation is best used as a repeatable planning convention. It should not be treated as a clinical assessment, a guarantee of fat loss, or a reason to compensate for exercise with a specific amount of food.
Actual energy expenditure depends on active time and intensity as well as repetitions. A strict burpee with a push-up and explosive jump may require more effort than a step-back squat thrust, while long pauses reduce average session intensity. The CDC physical activity guidance places calorie burn within a broader weekly mix of aerobic and muscle-strengthening activity rather than treating one movement as a complete program.
For weight-management planning, remember that a workout estimate is only one component of energy balance. The NIDDK Body Weight Planner uses a more comprehensive mathematical model for changes in food intake, activity, and body weight over time. Use this burpee calculator for session logging, and use broader tools or qualified professional guidance for long-term health decisions.