Find out exactly how many calories your steps burn
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The average person takes ~100 steps/min walking. A daily goal is typically 7,000–10,000 steps.
Used to estimate stride length.
Results
Calories Burned
Calories at Step Milestones
That's equivalent to burning off…
Methodology: Calories are estimated using the MET (Metabolic Equivalent of Task) formula: Calories = MET × weight_kg × duration_hr. MET values are sourced from the Compendium of Physical Activities (Ainsworth et al., 2011). Stride length is approximated from your height. Results are estimates — individual variation, terrain, and fitness level will affect actual calorie expenditure.
Curious how many calories your daily steps actually burn? Our Steps to Calories Calculator uses the science-backed MET (Metabolic Equivalent of Task) formula to give you an accurate estimate based on your step count, body weight, height, and walking or running pace. Whether you hit 10,000 steps or just a quick lunchtime walk, see your calorie burn, distance covered, and time spent — instantly.
A 70 kg (154 lb) person walking briskly burns roughly 300–400 kcal over 10,000 steps, which covers about 7–8 km. The exact number depends on your weight, height, and pace — heavier people and faster walkers burn more calories per step.
Yes, significantly. A brisk walk (5 km/h, MET ≈ 3.8) burns roughly 50% more calories per minute than a slow stroll (3 km/h, MET ≈ 2.5), and a light jog (8 km/h, MET ≈ 7.0) nearly doubles that again. Increasing your pace is one of the most effective ways to boost calorie burn from the same number of steps.
Height determines your stride length. Taller people naturally cover more ground per step, so 10,000 steps at 180 cm represents a greater distance — and more time moving — than 10,000 steps at 160 cm. This directly affects how many calories are burned.
This calculator uses the MET formula from the Compendium of Physical Activities (Ainsworth et al. 2011), which is the gold standard used in research. It provides a solid estimate, but individual factors like fitness level, terrain incline, body composition, and carrying weight can cause real-world burn to differ by ±15–20%.