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Running & pace

Running calories per mile: a worked example

See how body weight, pace and active-versus-total energy change a running calorie-per-mile calculation.

StrideCalc editorial2 min read

Keep distance and time connected

A calorie-per-mile estimate combines the energy used per minute with the minutes needed to cover a mile. A faster speed changes both parts of that calculation. Comparing two 30-minute runs is a different question from comparing two one-mile runs.

StrideCalc uses selected running categories from the Adult Compendium. A 6 mph example uses 9.3 METs and covers one mile in 10 minutes. That is the model choice behind the worked calculation below.

Calculate one mile, then three

At 170 lb, the 6 mph setting gives about 125 total kcal per mile. Removing the modeled resting allowance gives about 112 active kcal. For three miles at the same pace, moving time becomes 30 minutes and the estimates become about 376 total and 336 active kcal.

At the same duration and category, the formula scales with body weight. That relationship belongs to the model; it is not a claim that two people have identical running efficiency. Calories remain an estimate even when the arithmetic is exact.

Total kcal per mile = MET × 3.5 × weight (kg) ÷ 200 × minutes per mile

Make a fair comparison with your watch

Match the weight, moving time and energy label before comparing outputs. A watch showing active calories should be compared with the active result, not the larger total result. Using elapsed time with lengthy stops describes a different duration.

For run/walk intervals, estimate the walking and running parts separately. A single running category applied to the entire outing treats every minute as running. The pace calculator can first help you check the time and distance relationship in a continuous segment.

Try it with your own inputs.

Explore the example, then change one input at a time to see how the estimate responds.

Open running calories

References & method notes

Examples are calculations performed with StrideCalc’s stated models. Editorial explanations are educational and have not undergone independent medical review. Read our methodology and limits.

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