How Many Calories Can I Burn Doing Squats? | Real-World Numbers

Calories Burned By Squats: What Drives The Math

Two dials set the burn: how much you weigh and how hard you work. Movement type matters too. Steady sets of bodyweight reps behave like calisthenics. Loaded sets behave like resistance training. Public references classify these efforts using METs, a simple scale that tags how much energy an activity costs compared with sitting still. Moderate work lives around 3–5.9 METs; hard efforts start at 6.0 METs and go up from there, per CDC guidance.

On that scale, resistance training with squats is commonly listed around 5.0 METs, while vigorous calisthenics or circuit-style sets trend closer to 7.5 METs. Those values come from the widely used Compendium of Physical Activities, which catalogs energy costs for common exercises across intensities and styles.

Quick Table: 10-Minute Squat Sessions By Body Weight

The table below estimates calories for 10 minutes of continuous work (sets plus short rests). It compares a moderate resistance session with a vigorous bodyweight session using standard energy equations.

Body Weight	10 Min @ 5.0 METs	10 Min @ 7.5 METs
60 kg (132 lb)	~53 kcal	~79 kcal
75 kg (165 lb)	~66 kcal	~98 kcal
90 kg (198 lb)	~79 kcal	~118 kcal

These figures come from the standard calorie equation used in exercise science: calories per minute ≈ MET × 3.5 × body-weight (kg) ÷ 200. That math lets you scale the estimate to your own stats and session length. It also helps right-size snacks and recovery once you set your daily calorie needs.

How To Estimate Your Own Burn

Pick A Matching Effort Level

Match the session to a reference value before you punch numbers into a calculator. If you’re doing controlled sets of 8–15 reps with normal breathing and 30–60 second rests, use a value near 5.0 METs (resistance work). If you’re running rapid bodyweight rounds with short rests or jumping, use a value near 7.5 METs (vigorous calisthenics). CDC’s talk test helps: you can talk in phrases during moderate work; only a few words during hard bouts.

Run The Simple Formula

Convert your body weight to kilograms (pounds ÷ 2.2). Multiply by the MET value, then by 3.5, divide by 200 to get calories per minute, and multiply by your time in minutes. This widely taught method is summarized by university and fitness bodies that explain MET math for non-lab settings, such as a Texas A&M extension page on the topic (METs to calories).

Reality Check: Why Your Number Can Shift

• Tempo: Slower descents and pauses extend muscle tension and move you closer to the higher range.
• Depth: Parallel or deeper ranges ask more from quads and glutes, which nudges energy demand.
• Load: Holding a dumbbell or bar raises the cost even if rep speed stays the same.
• Rest: Short breaks keep heart rate up and push the estimate toward vigorous territory.
• Skill: Efficient movers waste less energy; beginners often breathe harder for the same reps.

Calories Burned Per Set And Per Minute

Once you have a per-minute estimate, you can approximate single-set costs. Say a 75 kg lifter runs a 5.0 MET session. That’s ~6.6 kcal per minute. A 60-second set plus a 30-second rest would land near 10 kcal for that block. Push the pace to a 7.5 MET circuit and the same 90-second block climbs near 15 kcal. String 10 of those blocks and you’re in the 150-kcal zone for the session.

One H2 With A Natural Variation: Calories From Squats Per Minute And Per Set

Many readers want a per-minute yardstick. Use these rough ranges as a quick check for steady sets (not all-out plyometrics):

• 60 kg: ~5–8 kcal per minute from moderate to hard bouts
• 75 kg: ~6.5–9.8 kcal per minute from moderate to hard bouts
• 90 kg: ~7.9–11.8 kcal per minute from moderate to hard bouts

These match the Compendium’s resistance and calisthenics entries used above (5.0 vs. 7.5 METs). If you sprint the reps, jump, or carry heavy loads, you’ll sit at the top of the band.

Technique That Protects Joints And Keeps Burn High

Set Up

Plant feet about shoulder width, toes slightly out. Brace the torso before every descent. Keep the chest tall, and let knees track over mid-foot.

Descent And Depth

Think “hips back, knees forward together” and sit to a depth you can control. Parallel or just below builds more work for the lower body without dumping pressure into the low back.

Ascent And Lockout

Drive the floor away and finish with glutes. Don’t slam the knees straight. Smooth lockouts keep reps crisp and reduce wasted motion.

Programming Ideas To Nudge Calorie Burn

Time Blocks That Keep Pulse Up

• Every-Minute-On-The-Minute: 8–12 reps, then rest the remainder of the minute for 10–15 minutes. Simple and predictable.
• Intervals: 30–40 seconds on, 20–30 seconds off for 8–12 rounds. Use bodyweight or a light goblet to hold form.
• Ascending Ladders: 6-8-10-12 reps with short rests. Back down if form slips.

Loading And Variations

• Goblet Squat: Moderate load at chest height. Great for clean posture and steady breathing.
• Jump Squat: Power-biased. Keep sets short to protect landings.
• Tempo Squat: Three-second lower, one-second pause, smooth rise. Fewer reps, same sweat.

Comparison Table: Styles, METs, And A 10-Minute Estimate

This table uses the 75 kg reference and pairs common squat styles with matching MET values from public listings.

Squat Style	Typical MET	10 Min @ 75 kg
Goblet Or Barbell, Steady Sets	5.0	~66 kcal
Bodyweight Circuit, Fast Pace	7.5	~98 kcal
Jumping Bouts Or Mixed Plyo	7.5–8.0	~98–105 kcal

Where These Numbers Come From

Public references tag resistance training with squats near 5.0 METs and vigorous calisthenics near 7.5 METs. Those tags appear in the Compendium’s conditioning section and in tracking guides that summarize codes for strength and circuit formats. CDC pages explain how intensity bands map to MET cutoffs, which helps you choose the right value for your pace.

Put together, the MET method offers an honest estimate without lab gear. It won’t capture every nuance (limb length, bar path, limb velocity), yet it lands close enough to plan sessions, meals, and recovery.

Practical Ways To Raise Burn Without Wrecking Form

Extend Time Under Tension

Slow the lower by two or three seconds. Pause just above parallel for a count. Keep the rise smooth. This spikes muscle work without silly loads.

Trim Transition Time

When form allows, rest 20–40 seconds, not two minutes. Shorter breaks keep heart rate elevated and bump the estimate toward the higher band.

Use Hybrid Sets

Pair squats with a non-competing move—like a plank or band pull-apart—so legs get a breath while the heart keeps chugging.

Recovery, Soreness, And Session Planning

Muscles handle more work when you sleep well and eat enough protein and carbs. On leg-heavy days, stack meals with steady protein and a starch source so you’re not dragging midway through the second block. If knees or hips bark, pull the range back, slow the lower, and keep reps clean.

Tie Calorie Burn To Your Bigger Goal

Strength focus? Let the burn be a by-product and climb load slowly. Fat-loss focus? Use shorter rests and aim for more total sets in the same clock window. Either way, keep a log for a few weeks. Patterns pop fast when you track load, reps, rest, and how you felt.

A Gentle Nudge For Next Steps

Want a full walkthrough on shaping intake for your target? Try our calorie deficit guide.

Sources And Method Notes

Energy values use public MET listings for conditioning and calisthenics. CDC explains intensity bands and the talk test, which helps classify a session. The calorie equation is the standard conversion used in exercise science education resources. You can learn more about intensity bands at the CDC page linked above and review MET tags for resistance work and calisthenics in the Compendium’s conditioning section.