How Many Calories Do I Burn Per Push-Up? | Rep-By-Rep Math

What “Calories Per Rep” Really Means

Push-ups are a body-weight strength move. Your calorie cost comes from how hard you work per minute and how much you weigh. Researchers use MET values to standardize that intensity. One MET equals resting energy. Higher METs mean higher energy cost; 6.0+ counts as vigorous. The U.S. public-health authority explains this scale clearly on its page about measuring intensity, which defines MET and classifies moderate versus vigorous effort in plain terms (CDC intensity guide).

Where do the numbers for body-weight training come from? The Compendium of Physical Activities lists MET values for broad calisthenic efforts. For adults, light or moderate calisthenics appear around 3.5 MET, body-weight circuits land near 6.0 MET, and denser circuits with little rest reach roughly 7.5 MET in the 2024 update (adult Compendium table). That’s the backbone for the math below.

Calories Burned Per Push-Up: What Changes The Number

Three levers set your burn: body weight, intensity (your real effort and rest), and pace. Technique matters too, because strict range of motion ramps effort without wild pacing. Use the formula here to personalize your estimate.

The Exact Formula You Can Use

Calories per minute = (MET × 3.5 × body weight in kg) ÷ 200. This is the standard calculation used across exercise science tools and references derived from the ACSM method and the Compendium framework. It’s the same structure you’ll see echoed by major organizations and databases that track activity energy cost (Compendium calculation examples).

Fast Benchmarks For Common Set Styles

The table below uses a sample 68 kg (150 lb) adult. It shows calorie cost per minute and a per-rep estimate at typical paces. Treat these as practical ranges, not absolutes; your rep speed and rest shift the category you fall into.

Calorie Estimates By Effort Level (68 kg)

Effort Level	Calories/Minute	Calories/Rep (Assumed Pace)
Light Calisthenics (~3.5 MET)	~4.2	~0.42 per rep (10/min)
Steady Circuit (~6.0 MET)	~7.1	~0.36 per rep (20/min)
Vigorous Circuit (~7.5 MET)	~8.9	~0.45 per rep (20/min, tighter rest)

If you’re using push-ups to change body composition, pairing strength work with a clear calorie deficit plan helps the math make sense over weeks, not just during a single session.

How To Calculate Your Own Burn

Here’s a simple walkthrough you can save. You’ll grab your weight, pick the effort level that matches your sets, and do one quick calculation.

Step 1 — Convert Your Weight

Multiply pounds by 0.4536 to get kilograms. A 180 lb lifter is ~81.6 kg.

Step 2 — Pick The Effort Band

• Slow sets with full rest between mini-sets: ~3.5 MET.
• Brisk sets in a simple circuit: ~6.0 MET.
• AMRAP or EMOM blocks with brief rest: ~7.5 MET.

Step 3 — Do The Math

Use Calories/min = (MET × 3.5 × kg) ÷ 200. If you also track reps/min, divide your calories per minute by reps per minute to estimate calories per rep.

Worked Examples

Case A: 60 kg, steady circuit (~6.0 MET) → (6 × 3.5 × 60)/200 ≈ 6.3 kcal/min. At ~20 reps per minute, that’s ~0.32 per rep.

Case B: 75 kg, vigorous blocks (~7.5 MET) → (7.5 × 3.5 × 75)/200 ≈ 9.8 kcal/min. At ~20 reps per minute, ~0.49 per rep.

Case C: 90 kg, light sets (~3.5 MET) → (3.5 × 3.5 × 90)/200 ≈ 5.5 kcal/min. At ~10 reps per minute, ~0.55 per rep.

Form Cues That Change Calorie Cost

Small tweaks raise or lower energy use. The goal is quality reps that keep tension where you want it.

Range Of Motion

Chest to within a few centimeters of the floor, elbows lock out softly at the top. Full range costs more energy per rep than half reps.

Pace And Density

Long sets with minimal rest shift you into the higher MET band. EMOM blocks (every minute on the minute) and AMRAP windows push breathing and heart rate, which raises calories per minute.

Variants And Loading

• Incline (hands on bench): easier, lower cost per rep.
• Decline or feet-elevated: tougher, higher cost per rep.
• Weighted vest: increases effective body mass, which scales calories per minute directly in the equation.

Programming Ideas To Hit A Target Burn

Use these templates to line up a specific calorie target while still training strength well.

“Steady Forty” Circuit (6.0 MET Range)

Set a timer for 10 minutes. Cycle 20 push-ups, 20 body-weight squats, rest 30 seconds. Repeat. A 68 kg adult lands near ~70 kcal across the 10-minute block if sets stay crisp.

EMOM Blocks (7.5 MET Range)

Every minute for 12 minutes: 12–15 strict push-ups, then hold plank for the remaining time. Keep rest short. A 75 kg adult can reach ~100 kcal for the block when form stays strict.

Density Ladder

Minute 1: 8 reps; Minute 2: 10; Minute 3: 12; then back down. Repeat twice. This builds volume without ruining form.

Curious where your effort sits on the intensity scale? The public-health description of moderate versus vigorous activity lays it out with a quick talk test and MET thresholds (CDC intensity basics). For energy-cost lookups across activities, the adult Compendium is the standard reference used by researchers (Compendium site).

How Many Reps It Takes To Hit 100 Calories

This table uses the same 68 kg sample and assumes sets that match each effort band’s pace. It gives you a clear sense of volume needed to hit a round number.

Reps And Time To Reach ~100 Calories (68 kg)

Effort Level	Approx. Reps	Approx. Minutes
Light Calisthenics (~3.5 MET)	~480 reps	~24 minutes
Steady Circuit (~6.0 MET)	~280 reps	~14 minutes
Vigorous Circuit (~7.5 MET)	~224 reps	~11 minutes

Smart Ways To Increase Burn Without Wrecking Form

Upgrade The Setup

• Hand position: index fingers pointing forward, hands just outside shoulder line.
• Body line: ribs down, glutes tight, neck long.
• Breathing: exhale through the press, short inhale at the top.

Progress Variants Across Weeks

• Weeks 1–2: Incline push-ups, volume focus.
• Weeks 3–4: Floor push-ups, volume × density.
• Weeks 5–6: Feet-elevated or vest, lower reps, tighter sets.

Blend With Lower-Body And Core

Superset push-ups with squats, lunges, and planks. Mixed-muscle circuits nudge you into the higher MET band faster than upper-body only work, which lifts calories per minute for the same block length.

Safety And Recovery Notes

Warm shoulders and wrists with light mobility and a few slow eccentrics. Spread volume across several short sets, especially when building up from basics. Take an extra day between hard sessions if elbows or wrists feel cranky.

Putting It All Together

Use MET math for pacing and volume, not as a perfect lab measurement. MET values standardize intensity for large groups, and the Compendium itself explains they weren’t designed to be exact for every person in every set. Still, they’re reliable enough for planning and tracking trends across weeks (Compendium notes on precision).

Quick Personalization Checklist

• Pick your band (3.5, 6.0, or 7.5 MET) to match how you actually train.
• Run the calories-per-minute equation with your body mass.
• Divide by reps per minute to get a per-rep ballpark for your sets.
• Plan sessions by minutes or by total reps to hit a target number.

Want a broader primer on daily intake math as you plan training blocks? Try our daily calorie needs guide.