Burpee Calorie Calculator

The burpee compresses a squat, a plank, a push-up and a jump into one miserable, magnificent repetition — and its calorie cost is a simple function of how many you do, how heavy you are, and how fast you do them. This calculator prices all three: enter your weight, your burpee count and your pace, and it returns the energy cost of the set, per rep and in total, using the vigorous-calisthenics MET from the research Compendium.

Why a Burpee Costs What It Costs

A burpee is metabolically expensive for an anatomical reason: it moves your entire body mass through the largest vertical range of any common exercise — full crouch to full jump — while recruiting the legs, chest, shoulders and trunk in sequence, with no point at which a large muscle group rests. The Compendium of Physical Activities prices vigorous calisthenics at 8.0 METs (eight times resting metabolism), and burpees sit at the top of that family; the formula here, kcal = MET × weight × time, therefore spends most of its honesty on the time term — which is why pace is an input rather than a presumption: counts at 12 per minute and 24 per minute are different workouts wearing the same rep total, and only the pace separates their bills. The per-rep figure the calculator prints (about 0.53 kcal at the defaults) is the number challenges and finishers are made of — small enough to dismiss, cumulative enough to matter by the hundred.

Worked Example: The Hundred-Burpee Challenge

The defaults are the internet's favourite punishment: 100 burpees, an 80 kg athlete, a sustained 20 per minute. The set takes 5.0 minutes and costs 8.0 × 80 × (5/60) ≈ 53 kcal — roughly half a banana for an experience most people describe in considerably richer terms, a mismatch worth understanding rather than resenting: burpees are a power and conditioning instrument whose calorie yield per minute (about 10.7 kcal/min here) is genuinely high, but whose sets are short because the intensity cannot be sustained. Compare like with like — five minutes of hard rowing or cycling at the same heart rates lands in the same 50–70 kcal neighbourhood. The burpee's economy is time, not energy: it buys a whole-body training effect in five equipment-free minutes, and this page's job is simply to stop the energy ledger from being exaggerated in either direction.

Variants, Honestly Discounted

The 8.0 MET presumes the canonical movement: chest to floor, push-up, feet back under, jump with hands overhead. The family's popular modifications each shave the bill, and the calculator's pace discipline prices most of them automatically (slower, more broken efforts enter through the pace input). The named variants: no-push-up burpees remove the costliest upper-body element — figure roughly 15–20% less per rep; half burpees (no jump, staying low) trade away the vertical work that dominates the energy, nearer 30% less; step-back versions at a walking rhythm belong to moderate calisthenics (about 3.8–5 METs by family resemblance), half the canonical cost or less. Weighted-vest burpees run the other way — enter your weight including the vest, since the formula only knows mass — and the calculator's structure (mass × time × intensity) remains the right ledger under all of them.

Programming Burpees Without Lying to Yourself

The numbers serve three planning jobs. Finishers: a 20–30 kcal burpee block (about 40–55 reps at the default build) is a deliberate metabolic exclamation point — enough to matter, short enough to survive. Challenges and benchmarks: the hundred-rep test and its kin (the 7-minute AMRAP, the prison-burpee ladder) are pace problems in disguise; the calculator converts your target time into the required sustained pace, which is the number training must build. Energy budgeting: conditioning circuits mixing burpees with other stations are priced station by station, this page handling the burpee line at its honest rate rather than the inflated per-rep figures (1 kcal per burpee is a durable internet myth for all but the heaviest athletes at sprint pace — the defaults here produce 0.53, and the formula shows its work). Programmed soberly, burpees remain brutal; they simply stop being magic.

The Hundred, Priced Across Bodies

Because mass enters the formula directly, the canonical hundred-burpee test carries a different bill for every athlete who attempts it — worth tabulating once, at the same honest 20-per-minute pace: a 60 kg athlete pays 8.0 × 60 × (5/60) = 40 kcal; the default 80 kg athlete pays 53; a 100 kg athlete pays 67. The heavier athlete's workout is both harder in absolute energy and — the part the stopwatch misses — more powerful per rep, since each repetition lifts more mass through the same metre. Leaderboards that rank the hundred by time alone are therefore racing different events under one name; this page's per-rep line is the handicapper, converting any finisher's result into the energy currency where the comparison is fair.

Ladders and EMOMs: Structure Is a Pace Decision

Two beloved formats are secretly pace instruments, and the calculator prices their true cost — provided the pace entered is the working pace (reps per minute while moving, rests excluded, as the calculator's note instructs). The ladder (1 rep, rest, 2 reps, up to 10 and back down) totals 100 reps — 55 up, 45 down — spread across perhaps 12–15 elapsed minutes; while actually moving, most athletes hold about 15 per minute, so the working time is about 6.7 minutes and the bill about 71 kcal at the default build. The EMOM (every minute on the minute, 10 burpees for 10 minutes) compresses the same hundred into bursts at about 20 per minute — 5 working minutes inside the 10-minute frame, about 53 kcal. Same hundred reps, different distributions of work and rest, different honest totals: the formats are training designs, and the calorie line is one of the things being designed.

A Short Genealogy of the Movement

The burpee descends from Royal Huddleston Burpee Sr.'s 1939 fitness test — originally a four-count movement without the push-up or the jump, scored by how efficiently the heart handled a fixed dose. The military adopted it, the services hardened it into the six-count form with both additions, and CrossFit-era programming made it a punishment and a benchmark. The calorie figure belongs to the modern, complete movement; the 1939 original, gentler by design, would price nearer the moderate variants in the discount section — a reminder that even an exercise's name is a protocol, and protocols are what calculators price.

Related Tools

More from the Sports Calculators hub: the Calories Burned Biking Calculator for the same MET ledger at cycling speeds, and the Heart Rate Recovery Calculator — measure how fast you recover from the sets this page prices.

Frequently Asked Questions

How many calories does one burpee burn?

About half a kilocalorie for most adults at working pace — 0.53 kcal in the worked example (80 kg, 20 per minute) — scaling with body mass: roughly 0.40 kcal at 60 kg, 0.67 at 100 kg, at the same pace and intensity. Claims of a full kilocalorie per burpee require very heavy athletes moving very fast; for the general reader, budget half a calorie and let the hundreds accumulate honestly.

How many burpees to burn 100 calories?

At the default build (80 kg, 0.53 kcal per rep), about 190 burpees; at 60 kg, about 250; at 100 kg, about 150 — the calculator inverts for your numbers by entering the count and reading the total. The sobering efficiencies of exercise are on full display here, and the correct response is the standard one: burpees are for conditioning, and the calorie ledger balances across the whole day's activity and intake, not inside any single heroic set.

Are burpees good for weight loss?

As conditioning, excellent — they build work capacity, muscle endurance and cardiorespiratory fitness with no equipment. As a calorie strategy specifically, they are intense but brief (even 200 burpees is about 107 kcal at the default build), so their weight-loss contribution arrives indirectly: fitness that enables more total training, and muscle that raises the day's baseline burn. This page keeps the direct number honest so the indirect benefits can be appreciated without mythology.

Why does pace change the calories if the reps are the same?

Because the MET prices time at intensity: the same 100 burpees spread over 10 minutes instead of 5 are performed at half the power — more recovery between reps, lower heart rates, less total metabolic disturbance — and the laboratory measurement behind the MET reflects the working rate, not the rep count. The calculator's pace input is therefore not pedantry; it is the difference between pricing a workout and pricing a list.

What pace should a beginner enter?

Whatever pace you can actually sustain with sound form across the whole set — for most beginners, 8–12 full burpees per minute in the early sets, declining as fatigue arrives; use the average across the workout (total reps ÷ total working minutes) for the honest figure. Broken sets with rests belong in the calculation at their true average pace, rests included in the denominator if the clock ran — the conservative convention the calculator's note recommends.

Do burpees burn more than push-ups or squats alone?

Per minute at vigorous effort, yes — the burpee is their sum plus transitions and a jump, and its 8.0 MET sits above push-ups' vigorous ~8.0 only marginally but above squats' typical calisthenic entries more clearly. Per repetition the comparison dissolves (a burpee contains a squat and a push-up, so it must cost more than either). The movement's real distinction is integration: no other single bodyweight rep taxes as many systems at once, which the conditioning world values beyond the calorie line.