Steps to calories calculator

By Eric Parker, founder of TrueCal. Updated September 23, 2026.

Walking 10,000 steps at a moderate pace burns about 455 calories for a 180 lb person. About 335 of those calories are above resting. Change the inputs to estimate your walk.

Weight units
Estimated calories during the walk
455
Calories above resting
335
Minutes
88
Miles
4.4

Enter a step count and weight, then choose the pace that describes the walk. Changing weight units converts the entered weight. Results update as you type. The larger calorie number includes the energy spent at rest during that time. The smaller number estimates only the energy above resting.

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Calories by step count and weight

Estimated gross calories at a moderate pace
Steps120 lb150 lb180 lb210 lb240 lb
5,000152190228266303
10,000303379455531607
15,000455569683797910
20,0006077599101,0621,214

How this is calculated

Calories during the walk are the gross estimate. Multiply the pace's MET value by body weight in kilograms and walking time in hours. Calories above resting are the net estimate. For that number, subtract 1 from the MET value before multiplying. The difference is the resting energy included in the gross estimate, so these two numbers describe different parts of the same walk.

MET is a way of describing an activity's energy cost compared with rest. This calculator uses the Compendium definition of 1 MET as 1 calorie per kilogram per hour. It converts pounds to kilograms by multiplying by 0.45359237. It divides steps by cadence to estimate minutes, divides minutes by 60 to get hours, and multiplies hours by miles per hour to estimate distance. For a distance based on your height or measured step length, use the steps to miles calculator.

Walking assumptions used in every estimate
PaceMiles per hourMETSteps per minuteCompendium code
slow2.53.0105.817170
moderate3.03.8113.617190
brisk3.54.8121.517200

The MET values come from the 2024 Adult Compendium. Cadence comes from the CADENCE-Adults study of adults aged 21 to 40. The study of adults aged 41 to 60 also reported 113.6 steps a minute at 3.0 miles per hour. These are study averages, not a measurement of your own stride.

What the estimate leaves out

The model assumes continuous walking on a level surface at the selected pace. A daily phone step count can include slow steps and stops, so it does not describe one continuous walk. Height and leg length affect cadence. The cadence study groups averaged about 171 cm tall, and your steps may cover a different distance.

The Compendium was not designed to measure the exact energy cost for an individual. Its standard resting rate does not adjust for age, sex or body mass. The corrected METs guidance explains why a standard MET can underestimate energy cost more for older people or people with a higher body mass index. Treat the table as a model estimate, not a personal measurement.

More step estimates

Wrist trackers estimate burn too. See how accurate Apple Watch calorie estimates are in lab tests. For the health side, see how many steps a day the big studies support.

See TrueCal features or pricing for more about the app.

Frequently asked questions

What does moderate pace mean here?

The moderate option uses 3.0 miles per hour, 3.8 METs and 113.6 steps per minute. It assumes a continuous walk on level ground.

Why are there two calorie results?

Gross calories include resting energy during the walk. Net calories subtract that resting energy and show the estimate above resting.

Is this a measurement of my daily activity?

No. It is a model estimate for the steps entered at a selected pace. Steps spread through a day can include stops and changes in speed that this model does not describe.

Sources

Checked September 23, 2026

  1. Compendium of Physical Activities and the definition of MET
  2. Compendium unit conversions
  3. 2024 Adult Compendium walking codes
  4. 2024 Adult Compendium research paper
  5. CADENCE-Adults study of adults aged 21 to 40
  6. CADENCE-Adults study of adults aged 41 to 60
  7. Compendium corrected METs and individual limits

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