How Many Calories Do I Burn Per Squat? | Clear, Real Numbers

Calorie Math Behind A Single Squat

Energy burn during a set comes from intensity, body mass, and time. Researchers express intensity as a MET value. One MET equals resting energy use; higher numbers mean harder work. The Compendium lists calisthenics at 3.5–4.0 METs for light to moderate effort, 3.8–4.3 for mid-range work, 8.0 for vigorous bodyweight moves, and 5.0–6.0 for resistance sessions like squats and power sets. Those reference points let you estimate calories with the standard formula: kcal per minute = MET × 3.5 × bodyweight(kg) ÷ 200.

To turn minutes into a per-rep number, divide by reps per minute. If you move at 20 clean reps per minute, a 70 kg lifter at 5 METs spends about 6.1 kcal per minute, or roughly 0.31 kcal per squat. Pick up the pace to a breathy 30 reps per minute at 8 METs, and the same lifter lands near 0.49 kcal per rep. Slow the tempo with pauses at the bottom, and the per-rep value sits closer to 0.23 kcal.

Squat Calorie Estimates By Body Weight And Tempo

The table below gives ballpark numbers for common body weights and cadences. The math uses the Compendium’s MET entries for calisthenics and resistance work and the standard energy equation. It’s a model, not a lab test, but it tracks well with large research tables from medical publishers and university sources that group squatting under calisthenics or general weight training.

Per-Minute And Per-Rep Estimates Using Standard MET Math

Body Weight	kcal/min (MET)	kcal/rep (pace)
55 kg	4.8 @ 5 MET • 7.7 @ 8 MET	0.24 @ 20/min • 0.26–0.39 (10–30/min)
60 kg	5.3 @ 5 MET • 8.4 @ 8 MET	0.26 @ 20/min • 0.27–0.42 (10–30/min)
65 kg	5.7 @ 5 MET • 9.1 @ 8 MET	0.29 @ 20/min • 0.29–0.46 (10–30/min)
70 kg	6.1 @ 5 MET • 9.8 @ 8 MET	0.31 @ 20/min • 0.31–0.49 (10–30/min)
75 kg	6.6 @ 5 MET • 10.5 @ 8 MET	0.33 @ 20/min • 0.33–0.53 (10–30/min)
80 kg	7.0 @ 5 MET • 11.2 @ 8 MET	0.35 @ 20/min • 0.35–0.56 (10–30/min)
85 kg	7.4 @ 5 MET • 11.9 @ 8 MET	0.37 @ 20/min • 0.37–0.60 (10–30/min)
90 kg	7.9 @ 5 MET • 12.6 @ 8 MET	0.39 @ 20/min • 0.39–0.63 (10–30/min)

These ranges already assume full-range reps with stable posture. Add a load, increase depth, or shorten rest, and energy rise follows. Once you fix the pace and weight, total work during sets matters more than chasing a magic per-rep number. Snacks and meals fit better once you’ve mapped your calorie deficit for weight loss and daily intake targets, since that’s where squat sessions show up on the scale.

Close Variation: Calories Burned Per Squat Repetition (What Changes The Math)

Three levers move the needle most: body mass, pace, and loading. A heavier lifter uses more energy to move through the same path. Faster cadences add time under tension per minute. External load raises mechanical work even at the same speed. That is why Compendium entries split general calisthenics and resistance work into different MET bands. Squat sessions fall across that span based on style and intent.

Body Weight And Limb Length

Mass drives the formula. Two people moving at the same rep rate can differ by dozens of calories over a session. Limb length and stance width nudge the path of motion and the work done, but body mass is the big lever in the equation.

Tempo, Depth, And Range

Slow descents and brief pauses keep muscles under tension longer, nudging the per-rep number up without changing the count. Shallow partials are easier and draw less energy. Full depth with a steady rhythm lands near the mid-range estimates above.

External Load (Goblet, Barbell, Bands)

Load turns a set into classic resistance work. The Compendium lists resistance training around 5–6 METs for general sets and power efforts. If you add a kettlebell or barbell and keep reps crisp, your per-minute burn can rise 10–30% at the same cadence.

How To Estimate Your Own Per-Rep Number

You can get a useful estimate with simple inputs. Pick a MET that matches your style, multiply by 3.5, multiply by your weight in kilograms, divide by 200 to get kcal per minute, then divide by your reps per minute. That’s it. The choice of MET is the only judgment call. Moderate, steady sets map to 5 METs; breathy bodyweight flurries land near 8 METs; very slow paused sets sit closer to 3.8–4.3 METs.

Worked Example (70 kg, 20 Reps/Min)

At 5 METs: 5 × 3.5 × 70 ÷ 200 = ~6.1 kcal per minute. Divide by 20 reps = ~0.31 kcal per rep. At 8 METs the same setup lands near 0.49 kcal per rep. The numbers scale linearly with body mass within a session.

Calories For 10, 25, 50, And 100 Reps

Once you have per-rep math, set totals drop out cleanly. The table below shows common targets at mid-range intensity. If your tempo is slower with pauses, totals drift down a bit. If you sprint through fast reps or carry a load, totals creep up.

Total Calories For Common Rep Targets (Steady Pace)

Body Weight	kcal @ 10 / 25 / 50 reps	kcal @ 100 reps
55 kg	2.4 / 6.0 / 12.0	24.0
70 kg	3.1 / 7.8 / 15.5	31.0
85 kg	3.7 / 9.3 / 18.5	37.0
With Load	+10–30% vs. above	+10–30%

How This Compares To Other Gym Work

Harvard Health’s big table groups common activities by calories per 30 minutes across three body weights. General weight training lands close to the mid-range calculations above, while vigorous calisthenics runs hotter. This aligns neatly with the Compendium’s MET bands. Linking the math to those two sources keeps your set planning grounded instead of guessing.

Set Design That Balances Burn And Results

You can chase a bigger per-rep number, but smart set design usually pays better. Two to four sets near technical fatigue with clean depth, tidy bracing, and steady breathing will move the needle for strength and energy burn at the same time. Rest long enough to keep form crisp. If fat loss is the goal, pair squats with a push or hinge in short circuits, then cap the session with a few minutes at a brisk pace on a rower or a simple walk.

Technique Guardrails That Matter

Neutral spine, locked ribs, and knees tracking over mid-foot come first. Sink only as low as you can hold those positions. A small toe-out and a shoulder-width stance work for most people. If you use a weight, hold it close to your center to keep the lever short.

When To Choose Bodyweight Vs. Loaded Sets

Use bodyweight for higher rep practice and movement quality. Use goblet or barbell loading to build force and muscle. Track volume across the week rather than cramming it into one monster day. If your legs still ache after two days, reduce total reps or trim the load next time.

Where To Place Squats In A Plan

Leg days pair well with a hip-hinge move, a single-leg move, and some calf work. Full-body days pair squats with a press and a pull to hit all major areas in under an hour. Your weekly calorie picture still comes from steps and daily movement layered on top of training. If you want more background on daily energy needs and weight change, our piece on how many calories are burned every day is a handy read.

Trusted Sources For Your Math

The Compendium provides the MET values used by researchers to estimate energy cost across activities, including calisthenics and resistance training entries that cover squatting styles. The CDC page explains METs in plain terms and gives an easy way to gauge effort with the talk test. Both are reliable anchors for planning and for checking any online calculator you try.

Quick Calculator You Can Run Anytime

If you like a plug-and-play tool, use this simple setup: choose 4 METs for slow, 5–6 METs for steady loaded sets, or 8 METs for breathy bodyweight bursts; multiply by 3.5 and your body mass in kilograms; divide by 200 for kcal per minute; divide by your rep rate. That gives a clean per-rep estimate you can scale to sets and workouts. Cross-check against a reputable activity table if you want more comfort with the range.