Enter Weight lbs, Distance — distance and Distance and the remaining scenario settings to review calories burned with this tool. Duration and the activity-intensity assumption both affect the estimate.
Walking calories are calculated using MET (Metabolic Equivalent of Task) values. Here's the formula:
The walking formula:
Key insight: Walking is an excellent low-impact exercise. The faster you walk and the more you weigh, the more calories you burn.
Calories burned ≈ MET × Body weight (kg) × Duration (hours)The calculation links Weight lbs, Distance — distance and Distance to calories burned. Duration and the activity-intensity assumption both affect the estimate. A distance change can imply a time change, so check which values the selected mode holds fixed.
Enter Weight lbs, Distance — distance and Distance and the remaining scenario settings to review calories burned with this tool. Duration and the activity-intensity assumption both affect the estimate.
Estimate energy expenditure for a walking session from the selected pace, time and body assumptions. Compare a longer walk with a faster walk separately.
Duration and the activity-intensity assumption both affect the estimate. A distance change can imply a time change, so check which values the selected mode holds fixed.
Prepare Weight lbs, Distance — distance, Distance, Walking pace and Terrain. Enter distance with its unit, select walking pace and terrain, and check the duration implied by that pace before comparing sessions.
Duration and the activity-intensity assumption both affect the estimate. A distance change can imply a time change, so check which values the selected mode holds fixed. Terrain, incline, load, walking efficiency and individual physiology affect actual expenditure. The output does not measure a calorie deficit or guarantee weight loss.
Use the full settings in the worked-example table. They produce Calories Burned: 218. Compare the method and units as well as the displayed number.
The displayed relationship is Calories burned ≈ MET × Body weight (kg) × Duration (hours) Enter distance with its unit, select walking pace and terrain, and check the duration implied by that pace before comparing sessions.
Terrain, incline, load, walking efficiency and individual physiology affect actual expenditure. The output does not measure a calorie deficit or guarantee weight loss. For personal care, discuss the measurements and method with a qualified clinician.
Worked walking calorie calculator example. Set Weight lbs = 160; Distance — distance = 3; Distance = miles; Walking pace = Moderate (3.0 mph); Terrain = Flat / Pavement. The corresponding output is Calories Burned: 218. Duration and the activity-intensity assumption both affect the estimate.
Estimate energy expenditure for a walking session from the selected pace, time and body assumptions. Compare a longer walk with a faster walk separately.
Enter distance with its unit, select walking pace and terrain, and check the duration implied by that pace before comparing sessions.
| Field | Example value | Entry check |
|---|---|---|
| Weight lbs | 160 | Use the measurement unit printed beside this field and a consistent measuring technique. |
| Distance — distance | 3 | Use the stated unit and the measurement required by this model. |
| Distance | miles | Use the stated unit and the measurement required by this model. |
| Walking pace | Moderate (3.0 mph) | Use the stated unit and the measurement required by this model. |
| Terrain | Flat / Pavement | Select the description that matches the scenario being estimated. |
Relationship used for this example: Calories burned ≈ MET × Body weight (kg) × Duration (hours)
Duration and the activity-intensity assumption both affect the estimate. A distance change can imply a time change, so check which values the selected mode holds fixed.
| Output | Displayed result |
|---|---|
| Calories Burned | 218 |
With these settings, calories burned is 218. Use the same units and calculation mode when reproducing this example.
Duration and the activity-intensity assumption both affect the estimate. A distance change can imply a time change, so check which values the selected mode holds fixed. Terrain, incline, load, walking efficiency and individual physiology affect actual expenditure. The output does not measure a calorie deficit or guarantee weight loss.
Replace the illustrative weight lbs value (160) with your own value, then complete the other inputs for the same scenario. Enter distance with its unit, select walking pace and terrain, and check the duration implied by that pace before comparing sessions.