Push-up sessions are one of the simplest and most effective upper-body exercises, but how many calories do they actually burn? The answer depends on your body weight, your pace, and how hard you push. This Push Calories Per Hour Calculator uses established MET (metabolic equivalent) values to give you a quick, realistic estimate for your push-up training.
Enter your body weight, choose your intensity, and set the session length. The calculator instantly reports calories burned per hour, the total for your workout, and an estimated number of push-ups based on your cadence. Whether you are doing a gentle 5-minute mobility set or a vigorous 30-minute push-up challenge, this tool helps you measure the energy cost of your effort.
Use it alongside your other movement tracking tools to build a clearer picture of your weekly activity. Individual results vary with form, rest periods, and muscle mass, but the MET method remains a reliable, widely used benchmark.
⚙️ Your Details
Leave blank to use the average cadence for your selected intensity.
Calories for your session: —
Estimated push-ups: —
MET value used: —
How to Use This Calculator
Start by entering your body weight and selecting the correct unit — kilograms or pounds. Next, choose an intensity: 'Light / moderate' means a slow, controlled push-up every few seconds, while 'Vigorous' means a fast, explosive style where you push through the floor with real speed. Set your session duration in minutes, leaving 60 if you want a direct per-hour reading. If you know your actual push-up cadence (reps per minute), type it in; if not, the calculator uses a sensible default for the selected intensity. Press Calculate and the results panel shows calories per hour, calories for your whole session, and an estimated push-up count. Use Reset to clear the results and start over.
The Formula Explained
This calculator uses the standard MET method to estimate energy expenditure. One MET is your resting metabolic rate, and during exercise your body works at a multiple of that rate. The formula is:
Calories per minute = MET × 3.5 × weight in kg ÷ 200
The 3.5 represents the average milliliters of oxygen consumed per kilogram of body weight per minute at rest. Because the formula works in kilograms, pounds are converted by dividing by 2.20462. For example, a 70 kg person doing vigorous push-ups at 8.0 MET burns 8.0 × 3.5 × 70 ÷ 200 = 9.8 kcal per minute. Over 60 minutes, that is 588 kcal. The calculator applies the same logic to whatever duration you enter. MET values are drawn from established physical-activity compendia; you can read more about the concept on Wikipedia.
Worked Examples
Example 1 — Light/moderate push-ups: A 70 kg person does light/moderate push-ups (3.8 MET) for 30 minutes. Calories per minute = 3.8 × 3.5 × 70 ÷ 200 = 4.66 kcal. Calories per hour = 4.66 × 60 = 279.3 kcal. Calories for the session = 4.66 × 30 = 139.7 kcal. With a default cadence of 15 reps per minute, the estimated push-up count is 15 × 30 = 450 reps.
Example 2 — Vigorous push-ups: A 155 lb person does vigorous push-ups (8.0 MET) for 45 minutes. First convert weight: 155 ÷ 2.20462 = 70.31 kg. Calories per minute = 8.0 × 3.5 × 70.31 ÷ 200 = 9.84 kcal. Calories per hour = 9.84 × 60 = 590.6 kcal. Calories for the session = 9.84 × 45 = 443.0 kcal. With a default cadence of 40 reps per minute, the estimated push-up count is 40 × 45 = 1,800 reps.
Push-Up MET Values & Cadence
| Intensity | MET Value | Typical Cadence (reps/min) |
|---|---|---|
| Light / moderate — slow, controlled | 3.8 | 10–20 |
| Vigorous — fast, explosive | 8.0 | 30–50 |
These values align with common physical-activity compendium classifications. Personal MET values can be higher or lower depending on how strictly you keep form, how short your rest is, and how much body mass you are lifting.
Common Mistakes to Avoid
- Using the wrong weight unit: Entering pounds but leaving the unit on kg will roughly double your calorie estimate. Always check the unit toggle.
- Confusing per-hour with per-session: If your workout is 15 minutes, do not read the per-hour number as your total. The session total is the number to log.
- Overestimating cadence: Counting only the active push-ups and ignoring ten-second pauses between sets can make your estimated rep count far too high. Use average reps over the whole session, including breaks.
- Assuming all push-up styles are equal: Knee push-ups, incline push-ups, and deficit push-ups each recruit different amounts of muscle mass. The light/moderate MET value is a fair upper estimate for easier variations.
- Ignoring intensity drift: The first 20 reps may be vigorous, but the last 20 may be much slower. Choose the intensity that describes the overall session.
Frequently Asked Questions
Is this calculator accurate for me?
The MET method gives a group-level estimate, not a lab-grade measurement. Your actual burn depends on muscle recruitment, age, fitness, and how consistently you push. Use the result as a reliable ballpark rather than an exact metabolic reading.
How many calories do 100 push-ups burn?
At light/moderate intensity (3.8 MET), a 70 kg person burns about 4.7 kcal per minute. At 15 reps per minute, 100 push-ups take 6.7 minutes and burn roughly 31 kcal. At vigorous intensity (8.0 MET) with 40 reps per minute, 100 push-ups take 2.5 minutes and burn about 25 kcal. This shows why pacing matters: doing reps faster shortens the time, which can lower the total despite the higher MET.
Should I include rest periods in the duration?
Yes. Set the duration to your total elapsed time, including short rests. The selected MET assumes steady work, so if you spend half the session resting, your real burn will be somewhere between resting and full exercise. For interval-style sets, choose a modest cadence.
Can I use this for incline or knee push-ups?
You can, but the MET value will be lower because you are moving less mass or using a smaller range of motion. Treat the light/moderate value as an upper estimate for those variations, or reduce your intensity selection to something gentler.