One bodyweight squat burns about 0.25–0.50 calories for a 70 kg person, depending on pace and depth.
Per Rep (Easy)
Per Rep (Brisk)
Per Rep (Weighted)
Bodyweight Only
- Comfortable depth
- Steady pace
- Short sets across day
Basics
Tempo Squat
- 3–1–1 count
- Lower rep speed
- More time under tension
Control
Back Or Goblet
- Add load safely
- Brace and breathe
- Use full range
Strength
Calories Per Squat: What The Math Says
Estimate a single-squat calorie using a MET-based equation. Numbers shift with load too. The Compendium groups bodyweight work like calisthenics across a range from light to vigorous effort. In practice, an easy set sits near 3.5 MET, a brisk set near 5–6 MET, and a hard set or a loaded set behaves closer to 8 MET.
Use: calories per minute = MET × 3.5 × body weight (kg) ÷ 200. With a pace, you divide that per-minute burn by reps per minute to get a per-rep estimate. Texas A&M shows the same logic and states that 1 MET is about 1 kcal per kilogram per hour.
The Compendium team also explains that MET charts standardize surveys instead of pinning down exact costs for each person. So two lifters can land on different numbers. The 2011 table even lists a squat entry under resistance training, which signals how style and load shift the intensity.
Quick Reference Table: Per-Rep Calories By Weight And Pace
The table below uses two common paces and two intensity bands. It assumes clean form and full sit-to-stand.
| Body Weight | Easy Pace Per Rep | Brisk Pace Per Rep |
|---|---|---|
| 55 kg | ~0.16 kcal (3.5 MET @ 15/min) | ~0.29 kcal (6 MET @ 20/min) |
| 70 kg | ~0.20 kcal (3.5 MET @ 15/min) | ~0.35 kcal (6 MET @ 20/min) |
| 85 kg | ~0.24 kcal (3.5 MET @ 15/min) | ~0.42 kcal (6 MET @ 20/min) |
| 100 kg | ~0.28 kcal (3.5 MET @ 15/min) | ~0.49 kcal (6 MET @ 20/min) |
Daily burn comes mostly from steps, posture, and chores, so a realistic view of squat calories fits best within your total calories burned every day. The per-rep number is small; consistency moves the needle.
How We Turn METs Into A Per-Rep Estimate
Start with your body weight in kilograms. Multiply the chosen MET by 3.5 and by your weight, then divide by 200 to get calories per minute. Pick a rep rate that matches your style. Divide the per-minute number by that rep rate to get the burn per squat.
Example math for a 70 kg lifter at a brisk pace: MET 6 × 3.5 × 70 ÷ 200 = 7.35 kcal per minute. At 20 reps per minute, that’s ~0.37 kcal for one squat. A slower pace with the same effort gives fewer reps per minute, which bumps the per-rep figure a little while the per-minute figure stays the same.
Now tweak the inputs to fit your training. Heavier lifters see larger numbers. Deeper reps increase work. Added load pulls the activity toward the upper MET band. The Compendium’s corrected METs page flags these person-level shifts, which is why the estimates carry a range.
Close Variant: Calories Burned For One Squat (By Style)
Different squat styles change total work. A slow tempo adds time under tension. A goblet squat or back squat adds mass, which raises the cost. Each change still follows the same equation; only MET and rep rate move.
What Drives Your Number Up Or Down
- Depth: Deeper hips mean a longer travel path and more mechanical work.
- Pace: More reps per minute spread the same per-minute burn across more reps.
- Load: Extra weight pushes the effort toward higher MET bands.
- Fatigue: Later sets often slow the pace and change the per-rep math.
Technique Notes That Save Energy And Knees
Set your stance just outside hip width. Point toes slightly out. Keep the chest tall and the ribs stacked. Sit the hips back while the knees track over the second toe. Keep heels down.
How Many Squats To Burn 100 Calories?
Use the brisk baseline for a mid-range answer. A 70 kg person at 6 MET burns about 7.35 kcal per minute. At 20 reps per minute, that is near 0.37 kcal each. You would need about 270 reps to reach 100 kcal. At an easy 3.5 MET pace, the count rises. At 8 MET with fewer reps per minute, the count falls while the effort climbs.
Set Examples That Match Real Training
| Set Style | Total Reps | Estimated Calories (70 kg) |
|---|---|---|
| 3 × 10 bodyweight, brisk | 30 | ~11 kcal |
| 4 × 12 bodyweight, easy | 48 | ~10 kcal |
| 5 × 5 goblet, moderate | 25 | ~10–13 kcal |
When A Per-Rep Answer Matters
A per-rep estimate helps with small goals and desk breaks. If you sprinkle ten sets of five across the day, a 70 kg person might see ten to fifteen extra calories. Pair it with a short walk.
Per-rep math also helps you weigh options. If your knees prefer split squats, use that move and run the same method. The Compendium table lists calisthenics bands and a direct squat entry under resistance work, and Texas A&M shows the math in a clear chart.
Make The Estimate Yours
Pick Inputs That Match Your Training
Choose a pace that matches your set. Time one minute and count. Use that count. Use a box to cue depth so each rep matches.
Adjust For Load And Range
If you add a dumbbell or a barbell, bump the MET band. The older-adult Compendium lists a squat entry for light effort resistance work, while calisthenics lines cover the bodyweight range.
Common Questions, Clear Answers
Does Form Change Calories?
Clean form reduces wasted motion and stress. Depth, load, and pace move the number more than stance tweaks.
What About Rest Between Sets?
Rest lowers per-minute burn. Per-rep cost stays tied to the work of one squat. Short rests keep sessions tidy and easy to track daily too.
Want a simple action plan after you learn the per-rep math? Try our walking for health guide for steady calorie burn and recovery.