Body weight
At the same walking intensity and duration, a heavier body generally requires more energy to move.
A 70 kg person burns about 368–510 calories walking 10,000 steps, depending on walking pace.
At a brisk cadence of around 110 steps per minute, the estimate is approximately 445 calories.
Body weight and walking cadence both change the estimate. The table uses three cadence-based intensity levels so you can compare the difference quickly.
| Body weight | Moderate 100 steps/min | Brisk 110 steps/min | Fast 120 steps/min |
|---|---|---|---|
| 50 kg | 263 kcal | 318 kcal | 365 kcal |
| 60 kg | 315 kcal | 382 kcal | 438 kcal |
| 70 kg | 368 kcal | 445 kcal | 510 kcal |
| 80 kg | 420 kcal | 509 kcal | 583 kcal |
| 90 kg | 473 kcal | 573 kcal | 656 kcal |
| 100 kg | 525 kcal | 636 kcal | 729 kcal |
Enter your body weight and choose the walking pace that best matches your cadence.
The same step count does not produce exactly the same calorie burn for everyone.
At the same walking intensity and duration, a heavier body generally requires more energy to move.
A higher cadence increases exercise intensity, while also reducing the time needed to complete 10,000 steps.
Hills, stairs and uneven terrain can increase effort beyond the level-walking estimates used here.
Fitness, walking mechanics and other individual differences mean real energy expenditure will not match an estimate exactly.
Kibora helps you put food, calories and activity into context so you can understand the bigger picture instead of focusing on one number.
These estimates combine cadence-based walking intensity with the standard MET calorie-expenditure equation.
CADENCE-Adults research supports practical cadence thresholds of 100, 110 and 120 steps per minute corresponding approximately to 3, 4 and 5 METs across healthy adults.
For 10,000 steps, estimated walking time is calculated by dividing 10,000 by the selected cadence.
Calories are estimated with the standard MET equation: MET × 3.5 × body weight in kilograms ÷ 200 × minutes.
Values are rounded to the nearest whole calorie. They are estimates and can differ from wearable-device readings or measured individual energy expenditure.
The calculation treats cadence as the main marker of walking intensity and does not separately model hills, stairs, surface, stride length or individual walking economy.
The estimate therefore works best as a consistent reference rather than an exact measurement of calories burned.
It depends mainly on body weight and walking pace. Using the estimates on this page, a 70 kg person burns about 368 to 510 calories walking 10,000 steps across the three example cadence levels.
It can, but not for everyone. A heavier person or someone walking at a faster cadence will generally burn more calories. For example, the estimate for a 70 kg person reaches about 510 calories at 120 steps per minute.
At 100 steps per minute, 10,000 steps take about 100 minutes. At 110 steps per minute, about 91 minutes, and at 120 steps per minute, about 83 minutes.
Usually, yes. A faster cadence corresponds to a higher exercise intensity, although it also means completing the same 10,000 steps in less time. The estimates on this page account for both effects.
Wearables may use heart rate, personal fitness data, stride estimates and proprietary algorithms. This page uses a transparent MET-based estimate, so some difference is expected.
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