How Many Calories Do You Burn Doing 1 Push Up? | Quick Math

Calories burned in a single push-up depend on your weight, how fast you move, and how strict the rep is. The cleanest way to estimate it is with METs (metabolic equivalents) linked to calisthenics intensity and a standard calorie equation. Below are per-rep numbers and a simple plug-in method.

Calories Burned Per Push-Up: What Changes The Number

Push-ups fall under calisthenics. When effort is moderate (smooth tempo, full control), the Compendium pegs it around 3.8 METs. When effort is vigorous (fast sets, minimal rest), it lands near 7.5 METs. Those two anchors let you translate time under tension into calories for any set length.

The formula used in exercise science turns METs into energy: calories per minute = MET × 3.5 × body weight (kg) ÷ 200. With that in hand, you can divide by reps per minute to get a per-rep estimate that matches your pace.

Per-Rep Calories By Body Weight And Pace

Body Weight	Moderate (10 reps/min)	Vigorous (20 reps/min)
60 kg	0.33 kcal/rep	0.49 kcal/rep
70 kg	0.39 kcal/rep	0.57 kcal/rep
80 kg	0.44 kcal/rep	0.65 kcal/rep
90 kg	0.50 kcal/rep	0.73 kcal/rep

These numbers reflect steady sets with consistent depth. If you pause at the top or stretch the bottom position, reps per minute drop and each rep costs a touch more. Snacks and meals fit better once you set your daily calorie needs.

How Many Calories Do You Burn Doing One Push-Up? (Worked Examples)

Example 1: 70 Kg, 20 Reps In 60 Seconds

MET 7.5 × 3.5 × 70 ÷ 200 = about 9.2 calories per minute. Divide by 20 reps/min and you get about 0.46 calories per push-up.

Example 2: 80 Kg, 10 Reps In 60 Seconds

Using the moderate anchor (3.8 METs): 3.8 × 3.5 × 80 ÷ 200 = about 5.3 calories per minute. Divide by 10 reps/min for about 0.53 calories per push-up.

Example 3: 60 Kg, Slow Tempo Sets

If you average 8 reps/min at moderate effort, the math comes out near 0.42 calories per rep. Tempo training raises time under tension, so the rep count falls while the per-rep cost edges up.

Close Variant: Calories Burned Doing One Push-Up (By Pace And Weight)

To personalize the estimate, pick the MET anchor that fits your effort, plug in your body weight, then divide by your rep rate. Here’s the process in a simple sequence:

1. Pick 3.8 METs for controlled sets or 7.5 METs for brisk sets.
2. Compute calories per minute: MET × 3.5 × weight (kg) ÷ 200.
3. Divide by reps per minute to get calories per rep.

The Compendium is the reference used by researchers to assign METs to activities, including calisthenics. Its definition of one MET as 1 kcal/kg/hour and 3.5 ml/kg/min is standard in labs and clinics.

Quick check: if your rep speed doubles, calories per rep drop because the minute’s burn is spread over more reps. The set still burns more if you do more work in that minute.

Form, Range, And Rest Matter

Chest to floor with a straight line from head to heels loads more muscle and keeps the estimate honest. Half reps inflate the count on paper but don’t give the same training effect.

Short rests during a longer set blur the line between moderate and vigorous. When fatigue kicks in and your pace slows, per-rep cost climbs. Tight bracing also raises effort, which is partly why decline push-ups feel tougher than knee push-ups at the same rep speed.

There’s a small carryover after the set finishes. Excess post-exercise oxygen consumption adds a bit of extra burn during recovery, which isn’t in the per-rep math but shows up in your total for the session.

For MET anchors tied to calisthenics, see the Compendium’s conditioning list, which shows calisthenics near 3.8 and 7.5 METs based on effort (Compendium page). Those anchors map well to real sets in gyms. They’re a practical middle ground for quick estimates.

Set Math You Can Reuse

Calories Per Set (70 Kg)

Reps	Moderate Pace	Vigorous Pace
10	~4.0 kcal	~4.6 kcal
20	~8.0 kcal	~9.2 kcal
30	~12.0 kcal	~13.8 kcal
50	~20.0 kcal	~23.0 kcal

Make The Estimate Fit You

Recount a recent set and time it. If it took 45 seconds for 15 clean reps, your pace is 20 reps/min. Pick the MET that matches how it felt. Strong day with snap? Use the higher anchor. Smooth but not breathless? Use the lower one.

If you’re lighter than the table, scale the per-minute burn down. Heavier? Scale it up. The equation is linear with body weight, so quick mental math works well. Log the pace you actually hold daily consistently.

Training phases change the picture. Strength blocks lean on longer rests and fewer reps, which makes per-rep cost higher. Endurance blocks push volume and pace, which shifts more burn into total time under tension instead of each rep.

Why One Rep Has A Range

Per-rep calories aren’t fixed because a push-up isn’t a fixed unit of time. Two people can both count “one” while moving at wildly different speeds. Rep tempo, range of motion, and how much you sag or stiffen your midline all shift the work done in that second.

Think of a rep as a tiny slice of a minute. The MET anchor gives you the burn for the whole minute at a given effort. If you slice that minute into fewer, slower reps, each slice gets larger. That’s why strict sets show a higher per-rep number than touch-and-go speed sets at the same body weight.

Tempo Examples

• 2-0-2 tempo (down two, up two) at 8–10 reps/min tends to land in the moderate anchor.
• 1-0-1 tempo at 20 reps/min maps closer to the vigorous anchor.
• Pauses on the chest reduce reps/min and lift the per-rep cost a bit.

Technique Cues That Change Energy Cost

Hand Position And Elbow Path

Narrow hands shift more work to the triceps and usually slow the rep. Flared elbows feel easier at first but often shorten range. A shoulder-friendly angle, about 45 degrees from the torso, keeps depth consistent and helps comparisons across weeks.

Body Line And Core Tension

A straight line from ears to ankles stops energy leaks. Swayback or soft glutes drop the load off the chest and shoulders and change the pace you can hold. Strong bracing keeps the rep efficient, even if it costs a touch more energy up front.

Build Sets That Match Your Goal

For Strength

Use harder variations—ring push-ups, feet-raised, or weighted. Work in sets of 5–8 with 2–3 minutes between. Per-rep cost rises a bit, but total burn is driven by fewer minutes of work.

For Conditioning

Choose standard push-ups and cluster sets. Try 6 rounds of 30 seconds on, 30 seconds off at a pace you can hold. Total burn climbs because your work minutes climb.

Edge Cases And Real-World Notes

Fatigue Drift Across A Session

Early sets look like vigorous effort; late sets drift toward moderate as pace slides. That’s normal. Use the higher anchor for the opening rounds and the lower one once you notice reps per minute falling.

Recovery Burn

Hard intervals bring a small recovery cost as your body clears byproducts and restores oxygen. It’s not huge for calisthenics, but it adds a few calories to the hour total on days you push the pace.

Want a deeper primer on weight change math? Try our calorie deficit guide.