Calories Burned Standing Calculator

Estimate how many calories you burn while standing from your body weight, how long you stand, and how active the standing is, using the standard MET energy-expenditure formula.

Quick Facts

Method
MET formula: kcal = MET × 3.5 × weight(kg) × min ÷ 200
Quiet standing ≈ 1.3 MET (2011 Compendium of Physical Activities).

Your Results

Calculated
Calories burned
-
Total for the time entered
Per minute
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kcal each minute standing
Per hour
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kcal at this rate for 60 min

Ready

Enter your weight, time, and standing intensity, then calculate.

How the calories-burned-standing calculation works

This calculator uses the standard MET (Metabolic Equivalent of Task) energy-expenditure formula from the American College of Sports Medicine:

Calories burned = MET × 3.5 × body weight (kg) × minutes ÷ 200

One MET is the energy your body uses at rest, defined as an oxygen uptake of 3.5 millilitres per kilogram of body weight per minute. Multiplying by the activity's MET value scales that resting rate up to the activity. Dividing by 200 converts oxygen consumption into kilocalories, because burning one litre of oxygen releases roughly 5 kcal (3.5 ml/kg/min × weight ÷ 1000 × 5 = the same as ÷ 200).

What MET value does standing have?

According to the 2011 Compendium of Physical Activities, the reference source for MET values, quiet standing — standing in a line or standing still — is coded at 1.3 MET. Standing is not a strenuous activity, so its MET sits just above the 1.0 baseline of complete rest. Standing becomes more demanding as you add movement:

  • 1.3 MET — standing quietly, standing in a queue.
  • 1.8 MET — standing while fidgeting, shifting weight, or doing very light tasks.
  • 2.3 MET — standing with light work such as filing, cooking, or talking on the phone.
  • 3.0 MET — standing with moderate effort such as assembling, packing, or light manual work.

Why weight and time matter

Calorie burn is directly proportional to body weight: a heavier body consumes more oxygen to hold the same posture, so a 90 kg person burns about 29% more than a 70 kg person doing the identical activity. It is also directly proportional to duration — double the minutes, double the calories. Because both relationships are linear, the calculator simply multiplies weight, time, and the MET value together.

Reference points

For a 70 kg (154 lb) adult standing quietly at 1.3 MET, the calculator gives about 1.59 kcal per minute, roughly 96 kcal per hour. Over an 8-hour workday that is about 764 kcal spent simply standing. Switching that same person to a light-task standing intensity (2.3 MET) raises the rate to about 2.82 kcal/min, or roughly 169 kcal/hour.

Frequently Asked Questions

How many calories does standing burn?
Quiet standing is about 1.3 MET. A 70 kg (154 lb) person burns roughly 1.6 kcal per minute, or about 96 kcal per hour. Heavier people and more active standing burn proportionally more — for example, standing with light tasks (about 2.3 MET) raises the rate to roughly 169 kcal per hour for the same person.
What is the formula for calories burned standing?
Calories = MET × 3.5 × body weight (kg) × minutes ÷ 200. The 3.5 ml/kg/min term is resting oxygen uptake (1 MET), and dividing by 200 converts oxygen consumed into kilocalories at about 5 kcal per litre of oxygen. Enter weight in pounds and the calculator converts to kilograms first (1 lb = 0.4536 kg).
Does standing really burn more calories than sitting?
Only slightly. Sitting quietly and standing quietly are both around 1.3 MET, so the direct difference is small — often cited as about 0.1 to 0.2 extra kcal per minute. Standing's real value comes from the weight-shifting, fidgeting, and light movement it encourages, which can push the effective rate to 1.5–2.0 MET and add up meaningfully over a full day.
Is this an exact measurement of my calorie burn?
No. MET-based estimates use population averages. Your actual energy use varies with age, sex, muscle mass, fitness, and metabolism, and can differ from the estimate by 10–20%. For everyday planning it is a reliable guide; for clinical or research needs, indirect calorimetry is the accurate method.

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