This yoga MET calculator estimates the calories burned during a yoga session using Metabolic Equivalent of Task (MET) values from exercise compendiums. Enter your body weight, session length, yoga style, and pace — the tool applies the standard formula Calories = MET × body weight (kg) × hours to give a practical estimate for hatha, vinyasa, ashtanga, hot yoga, and restorative practice.
Yoga is often classified as gentle movement, but intensity varies widely. A slow restorative class burns little, while a vigorous power or ashtanga flow can rival moderate cardio. This tool accounts for that range through distinct MET values and an optional pace modifier, making it useful for weight management tracking, class planning, and fitness logging.
Because MET tables are based on group averages, your actual burn depends on body composition, temperature, and effort level. Use the result as a starting reference, not a medical measurement.
🧘 Yoga MET Calculator
Estimate calories burned during yoga using style-specific MET values.
Quick Start
Enter your body weight and choose kilograms or pounds with the unit selector. Set the class length in minutes — the preset buttons make it easy to pick common 30, 60, or 90 minute sessions. Next, select the yoga style that best matches your class: restorative, hatha, slow flow, vinyasa, hot, or ashtanga. Finally, choose a pace modifier that reflects how hard you typically work in class. Press Calculate to see total calories, calories per minute, the effective MET value, and a complete step-by-step breakdown of the math.
Calculation Method
A MET (Metabolic Equivalent of Task) value expresses how many times your resting metabolic rate an activity requires. One MET is roughly the energy you burn sitting quietly — about 1 kcal per kilogram of body weight per hour. That is why the standard energy cost formula multiplies MET, body weight, and time together:
This calculator applies the pace modifier to the base MET before multiplying. For example, a 70 kg person doing 60 minutes of vinyasa at a steady pace burns 4.0 × 1.0 × 70 × 1.0 = 280 kcal. The same person at a strong pace (1.25×) burns 4.0 × 1.25 × 70 × 1.0 = 350 kcal — a 25% jump from effort alone. A 55 kg person doing 45 minutes of hatha burns only 2.5 × 1.0 × 55 × 0.75 = 103 kcal, showing how style and duration drive the total far more than weight differences in most cases.
MET Values Used
| Yoga Style | Base MET | Example Rate (70 kg) |
|---|---|---|
| Restorative / Yin | 2.0 | 140 kcal/hr |
| Hatha (general) | 2.5 | 175 kcal/hr |
| Surya Namaskar / slow flow | 3.3 | 231 kcal/hr |
| Vinyasa / Power | 4.0 | 280 kcal/hr |
| Bikram / Hot | 4.0 | 280 kcal/hr |
| Ashtanga / advanced flow | 4.0 | 280 kcal/hr |
Base values are adapted from the Compendium of Physical Activities, the standard reference for MET-based energy expenditure research. The compendium assigns 2.5 MET to general hatha yoga and 4.0 MET to power and vinyasa yoga. Some newer sources list intense ashtanga or Bikram sessions higher, but this calculator stays with the widely cited compendium values for consistency. For context, sitting quietly is about 0.9 MET, brisk walking is 3.5 MET, and jogging is around 7 MET — so yoga spans from very light to moderate-intensity activity.
Worked Examples
Example 1: A 65 kg woman takes a 75-minute vinyasa class at steady effort. Calories = 4.0 × 1.0 × 65 × 1.25 = 325 kcal, or about 4.3 kcal per minute.
Example 2: An 80 kg man does 45 minutes of restorative yoga at a relaxed pace. Calories = 2.0 × 0.8 × 80 × 0.75 = 96 kcal — barely more than a short walk.
Example 3: A 58 kg practitioner attends a 60-minute hot yoga class at a strong pace. Calories = 4.0 × 1.25 × 58 × 1.0 = 290 kcal.
Notice how the same 60-minute session can range from about 96 kcal to 350 kcal depending on body weight, style, and effort. That range is exactly why using style-specific MET values matters more than guessing a generic 'yoga burns 200 calories' number.
Factors Affecting Accuracy
No calculator can predict your exact burn, but understanding the main sources of variation helps you interpret the result intelligently:
- Actual effort: two students in the same class can differ by 30–50% in calories burned because MET values describe group averages, not individuals.
- Body composition: muscle tissue raises resting metabolic rate, so a more muscular practitioner burns slightly more at the same MET level.
- Hot yoga: elevated heart rate from heat is not the same as muscle work, so MET estimates may overstate the actual calorie burn in a hot room.
- Breathing and form: deep engagement in postures increases muscle work, while passive stretching reduces it. The strong-pace modifier helps capture that difference.
- Device estimates: wrist monitors often use heart rate and motion rather than MET tables, so they will rarely match this result exactly.
Frequently Asked Questions
Is yoga good for calorie burning? Gentle yoga burns relatively few calories per minute, but vigorous styles can meaningfully contribute to daily energy expenditure. For weight loss, combine yoga with resistance training, walking, and a balanced diet.
How many calories can I burn in a 60-minute vinyasa class? For a 70 kg person, roughly 280 kcal at steady effort and 350 kcal at a strong pace. Heavier practitioners burn more; lighter practitioners burn less.
Why does hot yoga have the same MET as power yoga? The compendium assigns 4.0 MET to both, but heat raises heart rate rather than mechanical work. Your perceived effort may be higher without a proportionally larger calorie burn.
How accurate is this calculator? MET tables are based on group averages under controlled conditions, so individual results can vary by 20–40%. Treat the result as a planning reference rather than a precise measurement.
Should I eat before yoga? For slow styles, a light snack is fine. For vigorous flow, wait 2–3 hours after a large meal to avoid discomfort, and hydrate well before hot classes.
Can I use MET values to track progress? Yes. If you burn more per minute at the same style over time, it may reflect greater effort or better technique — or simply a higher body weight, so interpret changes carefully.
Learn more about MET values from the Metabolic equivalent of task article and the Compendium of Physical Activities.