Tricep exercises are a key part of upper-arm strength and everyday pushing movements, but most people never know how many calories those dips, pushdowns, and extensions actually burn. The Tricep MET Calculator converts standard metabolic equivalent (MET) values into a personalized calorie estimate for your tricep-focused workout. Just enter your weight, pick an exercise and intensity level, then set your session length to see total calories burned, calories per minute, and the MET value applied to your workout.
MET values in this calculator come from established physical activity compendiums, so you can trust the estimate more than a generic fitness app guess. The tool is useful for gym-goers who track daily energy expenditure, beginners learning how hard arm exercises feel, and fitness enthusiasts comparing different tricep exercises side by side.
Whether you are doing bodyweight dips at a park or cable pushdowns in the gym, the calorie cost depends on your body weight, the effort you put in, and how long you exercise. This calculator takes all three into account and gives you a clean, research-backed answer in seconds.
💪 Tricep MET & Calorie Calculator
Estimate calories burned during tricep-focused exercises using MET values.
Step-by-Step Guide
Using the Tricep MET Calculator takes less than a minute. Start by entering your body weight — in kilograms or pounds — since calorie burn scales directly with how much mass you are moving. Next, set the duration of your tricep-specific work. If you trained for 45 minutes but spent 15 minutes on warm-up sets and rest, enter only the ~30 minutes of actual tricep exercise for a more honest estimate.
Then choose the exercise and intensity level that best matches your session from the dropdown. The calculator applies the corresponding MET value automatically, so you don't need to know anything about metabolic equivalents to get a useful answer. Hit Calculate and you'll see three pieces of information: total calories burned, calories per minute, and the intensity (MET) applied to your workout.
How the MET Formula Works
MET (metabolic equivalent of task) is a unit that compares the energy cost of an activity to your resting metabolic rate. Sitting quietly burns about 1 MET, so an activity rated at 6 METs makes you expend energy at roughly six times your resting rate. Harder tricep movements — heavy weighted dips, fast cable pushdowns — score higher MET values than lighter isolation work.
The standard formula for converting METs into calories is:
Calories per minute = MET × 3.5 × body weight in kg ÷ 200
The 3.5 represents the average oxygen consumption at rest in milliliters of oxygen per kilogram of body weight per minute (3.5 ml/kg/min). Dividing by 200 converts that oxygen consumption into kilocalories: about 1 liter of oxygen corresponds to roughly 5 kcal of energy, and 200 = 1,000 ml ÷ 5 kcal/L. The tool then multiplies the per-minute rate by your total workout minutes to produce the session total.
Worked Examples
Example 1 — Weighted dips: A 70 kg person performs vigorous weighted tricep dips (MET 6.0) for 30 minutes.
Calories per minute = 6.0 × 3.5 × 70 ÷ 200 = 7.35 kcal/min
Total = 7.35 × 30 = 220.5 kcal burned.
Example 2 — Light kickbacks: A 60 kg person does light tricep kickbacks (MET 2.5) for 20 minutes.
Calories per minute = 2.5 × 3.5 × 60 ÷ 200 = 2.63 kcal/min
Total = 2.63 × 20 = 52.5 kcal burned.
Example 3 — Imperial input: A 154 lb person does moderate cable pushdowns (MET 3.5) for 25 minutes.
Weight in kg = 154 ÷ 2.20462 = 69.9 kg
Calories per minute = 3.5 × 3.5 × 69.9 ÷ 200 = 4.28 kcal/min
Total = 4.28 × 25 = 107.0 kcal burned.
Notice how much the scenarios differ: the heavier, more intense session burns more than four times as many calories per minute as the light kickbacks, which is why exercise choice and effort matter as much as duration.
Quick MET Reference
| Exercise | Intensity | MET |
|---|---|---|
| Tricep kickbacks | Light | 2.5 |
| Overhead extensions | Light | 2.8 |
| Tricep kickbacks | Moderate | 3.0 |
| Cable pushdowns | Moderate | 3.5 |
| Overhead extensions | Moderate | 3.5 |
| Tricep dips | Moderate | 3.8 |
| Cable pushdowns | Vigorous | 5.0 |
| Weighted dips | Vigorous | 6.0 |
These values are adapted from the Compendium of Physical Activities, which classifies exercise intensities using standardized MET estimates. They represent the average energy cost for a typical adult and are a reasonable starting point for most gym-goers. Choose the row that closest matches how hard your set actually felt.
Tips & Best Practices
- Compare exercises at the same effort level — a vigorous pushdown session will out-burn light kickbacks even when the durations match.
- Track training volume (sets × reps × load) alongside calories. Calorie estimates measure energy expenditure, not muscle-building stimulus.
- Round duration to the nearest minute; MET formulas are estimates, so precision beyond one decimal place adds little value.
- Use the same settings each week if you want a consistent weekly comparison between workouts.
Accuracy notes: MET values are population averages, so your individual burn can differ. A fitter lifter may use less energy for the same work because their body is more efficient, while a heavier person burns more because moving more mass requires more energy. Genetics, muscle mass, ambient temperature, and lifting tempo can shift the real number by roughly 10–20%. The estimate also assumes your chosen exercise matches the published MET category — a set of slow, controlled pushdowns at light weight is closer to MET 3.0–3.5, while an explosive burner set with short rests can push the same movement toward 5.0. When in doubt, pick the intensity that describes how the workout actually felt.
Common Questions
Where do these MET values come from? The values are based on the Compendium of Physical Activities, a widely used research resource maintained by exercise scientists for estimating energy expenditure across hundreds of activities.
Why do two people burn different amounts? Calorie burn scales with body weight. A heavier person performs more absolute work and burns more calories doing the exact same set. The formula reflects this by multiplying by body weight.
Can I use this for general upper-body workouts? The MET values here are tuned to tricep-focused movements. For bench press, curls, or full-body routines, look for the MET value that matches that specific compound activity.
Is MET a measure of effort or muscle growth? MET measures energy expenditure only. Two people can burn identical calories while one gains more muscle from heavier loads and longer time under tension.