Calories Burned Running: By Distance, Pace, and Weight
How many calories does running burn? MET-based estimates for every distance from 1 mile to marathon, by body weight and pace. Treadmill, outdoor, and race-day tables included.
Calories burned running is the total energy the body uses during a run, measured in kilocalories (kcal). The amount depends on four measurable variables: body weight, running pace, distance, and terrain. Running burns between 80 and 140 calories per mile for most adults on flat ground, according to the American College of Sports Medicine (ACSM).
The running calorie calculator on this site estimates output using MET (Metabolic Equivalent of Task) values from the 2024 Compendium of Physical Activities. Enter your weight, pace, and distance for a personalized result. For your total daily energy budget, see the TDEE calculator.
This page covers how running calorie burn is calculated, what factors change the output, and how much each major distance and time format burns by body weight. Every running cluster below links to a dedicated page with full weight-by-pace tables.
What Is the MET Formula for Running Calories?
The MET formula for running calorie burn is: Calories = MET × body weight (kg) × duration (hours). MET (Metabolic Equivalent of Task) measures how much more energy an activity costs compared to sitting at rest, which equals 1 MET. Running at 6 mph carries a MET of 9.8, meaning it costs 9.8 times more energy than rest.
MET values for running come from the 2024 Adult Compendium of Physical Activities, validated through indirect calorimetry in research settings. This is the same data source used by exercise scientists and the main calories burned calculator.
How Do Running METs Change by Pace?
Pace is the primary intensity driver in the MET formula. Each speed tier carries a distinct MET value. Faster running raises calories burned per minute but covers a fixed distance in less time. For a given distance, total calories change less than most runners expect.
Running Pace | Speed (mph) | MET Value | Calories / 30 Min (70 kg) |
|---|---|---|---|
Very slow jog | 4.0 mph (15 min/mile) | 6.0 | 210 kcal |
Slow run | 5.0 mph (12 min/mile) | 8.3 | 290 kcal |
Moderate run | 5.5 mph (10.9 min/mile) | 8.8 | 308 kcal |
Average run | 6.0 mph (10 min/mile) | 9.8 | 343 kcal |
Brisk run | 6.5 mph (9.2 min/mile) | 10.5 | 368 kcal |
Fast run | 7.0 mph (8.6 min/mile) | 11.0 | 385 kcal |
Race pace | 8.0 mph (7.5 min/mile) | 11.8 | 413 kcal |
Fast race | 9.0 mph (6.7 min/mile) | 12.8 | 448 kcal |
Sprint pace | 10.0 mph (6 min/mile) | 14.5 | 508 kcal |
Source: 2024 Adult Compendium of Physical Activities.
Does Running Faster Burn Significantly More Calories?
For a fixed distance, running faster burns only 5 to 10% more total calories than running slower. A 154 lb (70 kg) person running a 10K in 50 minutes (7.5 mph, MET 11.5) burns approximately 713 kcal. The same person running that 10K in 70 minutes (5.3 mph, MET 8.6) burns approximately 643 kcal — a 10% difference despite a 40% difference in pace.
Distance is the primary calorie driver in running. Body weight is the largest single variable. Pace shifts output only modestly per unit of distance.
What Factors Affect Calories Burned Running?
Five variables determine running calorie output. Understanding all five helps you interpret calculator estimates and plan training accurately.
1. Body Weight
Body weight scales calorie burn linearly in the MET formula. A 200 lb (91 kg) runner burns approximately 30% more calories than a 154 lb (70 kg) runner at the same pace and distance. Every 10 lb (4.5 kg) of additional weight adds roughly 5 to 8% more calories per mile.
2. Running Pace
Pace determines the MET value. Running at 10 mph (MET 14.5) burns more than double the calories per minute of running at 4 mph (MET 6.0). The difference in total calories per mile is smaller, but becomes significant over long distances.
3. Distance
Total calorie burn increases proportionally with distance at any given pace. Running 6 miles burns exactly twice the calories of running 3 miles at the same speed, assuming no pacing change.
4. Terrain and Conditions
Terrain Modifier | Calorie Impact |
|---|---|
5% uphill grade | +30 to 40% vs flat |
10% uphill grade | +50 to 60% vs flat |
Trail running vs road | +5 to 15% |
Treadmill vs outdoor road | Within 2 to 3% at same pace |
Headwind (strong) | +5 to 10% |
5. Running Economy and Fitness Level
Running economy is the energy cost of running at a given pace. More trained runners move more efficiently, burning slightly fewer calories per mile at the same pace. Beginners burn more per mile because each stride is less economical. Research published in the European Journal of Applied Physiology (2015) found running economy varies by up to 30% between runners of the same weight and pace.
How Many Calories Does Running Burn by Distance?
The table below shows gross calorie estimates for common running distances at a 10-minute mile pace (6 mph, MET 9.8). All values use the standard MET formula.
Distance | 130 lb (59 kg) | 154 lb (70 kg) | 185 lb (84 kg) | 220 lb (100 kg) |
|---|---|---|---|---|
1 mile | 96 kcal | 112 kcal | 135 kcal | 160 kcal |
2 miles | 192 kcal | 224 kcal | 270 kcal | 320 kcal |
3 miles | 288 kcal | 336 kcal | 405 kcal | 481 kcal |
5K (3.1 miles) | 298 kcal | 347 kcal | 419 kcal | 496 kcal |
5 miles | 480 kcal | 560 kcal | 675 kcal | 801 kcal |
10K (6.2 miles) | 595 kcal | 694 kcal | 838 kcal | 992 kcal |
Half Marathon (13.1 miles) | 1,259 kcal | 1,470 kcal | 1,775 kcal | 2,099 kcal |
Marathon (26.2 miles) | 2,518 kcal | 2,940 kcal | 3,549 kcal | 4,198 kcal |
Based on MET 9.8 at 6 mph on flat terrain. Faster paces raise output by 5 to 15% per distance.
Each distance in this table has a dedicated hub page with full pace-by-weight breakdowns:
How Many Calories Does Running Burn by Time?
Time-based calorie burn depends on pace. The table below shows calories burned at three pace tiers for a 154 lb (70 kg) person across common session durations.
Duration | Slow (5 mph / MET 8.3) | Moderate (6 mph / MET 9.8) | Fast (7.5 mph / MET 11.5) |
|---|---|---|---|
20 minutes | 193 kcal | 229 kcal | 268 kcal |
30 minutes | 290 kcal | 343 kcal | 402 kcal |
45 minutes | 435 kcal | 514 kcal | 602 kcal |
60 minutes | 580 kcal | 686 kcal | 803 kcal |
All values at 70 kg body weight. Adjust proportionally for other weights.
For dedicated time-based pages with full weight tables:
How Many Calories Does Running Burn Per Mile?
Running burns 80 to 140 calories per mile depending on body weight and pace, per the ACSM. The widely cited "100 calories per mile" rule applies to a person weighing approximately 140 lb (64 kg) running at a moderate pace. Heavier runners burn more; lighter runners burn less.
The table below shows calories per mile at 6 mph (MET 9.8) across body weights. Values represent gross calories, which include resting metabolic rate during the run.
Body Weight | Calories Per Mile | Calories Per km |
|---|---|---|
120 lb (54 kg) | 86 kcal | 53 kcal |
140 lb (64 kg) | 100 kcal | 62 kcal |
154 lb (70 kg) | 112 kcal | 70 kcal |
170 lb (77 kg) | 122 kcal | 76 kcal |
185 lb (84 kg) | 135 kcal | 84 kcal |
200 lb (91 kg) | 145 kcal | 90 kcal |
220 lb (100 kg) | 160 kcal | 99 kcal |
Values based on MET 9.8 at 6 mph. Slow jogging (MET 6.0) reduces per-mile output by 15 to 20%.
The calories burned running per mile page covers per-mile rates across all pace tiers and body weights with a full comparison table.
Treadmill vs. Outdoor Running: Does Location Change Calorie Burn?
Treadmill running and outdoor running burn nearly the same calories at the same measured pace. Studies comparing the two show a difference of less than 2 to 3% under controlled conditions. The treadmill removes wind resistance, which is the main outdoor variable, but the belt assists leg turnover slightly in return.
When the Treadmill Burns Fewer Calories Than Outdoors
Outdoor running burns more calories in three specific conditions:
Wind resistance: Running into a headwind at 15 mph adds approximately 7 to 10% more energy cost per mile.
Uneven terrain: Trail surfaces add 5 to 15% energy cost from lateral stabilization.
Elevation changes: Outdoor hills add real incline energy cost that a flat treadmill cannot replicate.
Does Treadmill Incline Compensate for the Outdoor Gap?
A 1% treadmill incline setting is commonly cited as the standard correction for the missing wind resistance of outdoor running at typical recreational speeds (5 to 7 mph). At that 1% grade, treadmill calorie burn matches outdoor flat-road running within measurement error.
The calories burned running on a treadmill page covers calorie burn by incline grade, speed, and body weight with comparison tables for outdoor equivalent efforts.
How Does Running Compare to Walking for Calorie Burn?
Running burns more calories per minute than walking, but the gap per mile is smaller than most people assume. A 154 lb (70 kg) person burns approximately 112 calories running a mile at 6 mph and approximately 88 calories walking that same mile at 3.5 mph, which i a 27% difference per mile.
Per minute of exercise, the gap is far larger. Running 6 mph burns 343 calories in 30 minutes; walking 3.5 mph burns 154 calories in 30 minutes, which is a 123% difference per unit of time.
Metric | Running (6 mph) | Walking (3.5 mph) | Difference |
|---|---|---|---|
Calories per mile | 112 kcal | 88 kcal | +27% for running |
Calories per 30 min | 343 kcal | 154 kcal | +123% for running |
Miles covered in 30 min | 3.0 miles | 1.75 miles | Running covers 71% more distance |
The per-mile gap exists because walking and running use similar total mechanical energy to move a body a fixed distance. The per-minute gap exists because running covers distance much faster, compressing the same mechanical work into a shorter time window.
For activity-switching and weight loss planning, the walking calories hub covers walking distances, step counts, and incline burns with equivalent weight tables for direct comparison.
For a full side-by-side breakdown, see the running vs. walking calories page.
How Does Running Compare to Swimming for Calorie Burn?
Running and swimming produce different calorie burn profiles because they work against different resistance types. Running works against gravity and terrain; swimming works against water resistance. Both are high-calorie aerobic activities, but the comparison depends on intensity.
At moderate intensity, a 154 lb (70 kg) person burns:
Running at 6 mph (MET 9.8): 343 kcal per 30 minutes
Freestyle swimming, moderate (MET 5.8): 203 kcal per 30 minutes
Breaststroke, vigorous (MET 10.3): 360 kcal per 30 minutes
Vigorous breaststroke nearly matches moderate running in 30 minutes. Moderate freestyle burns about 40% less than moderate running at that duration. For people managing joint stress from running injuries, vigorous swimming produces a comparable calorie burn with zero ground-impact force.
The swimming calories hub covers swim calorie burn by stroke type, duration, and pool length.
Does Running Burn Fat Directly?
Running burns a mix of fat and carbohydrates, not fat alone. The fuel ratio depends on running intensity. At low to moderate intensity (below 65% of maximum heart rate), fat provides 50 to 60% of the energy. At high intensity (above 80% of maximum heart rate), carbohydrates become the dominant fuel, supplying up to 80 to 90% of energy.
Fat loss from running comes from calorie deficit, not direct fat combustion during the run. A calorie deficit of 3,500 kcal produces approximately 1 lb of fat loss over time. Running 30 minutes per day at 6 mph burns roughly 343 calories per session. Across 7 days, that creates a weekly exercise deficit of 2,401 calories, or approximately 0.7 lb of fat loss per week without dietary changes.
What Is EPOC and Does Running Cause It?
EPOC (Excess Post-Exercise Oxygen Consumption) is the elevated metabolic rate following exercise as the body restores oxygen stores, clears lactate, and repairs muscle. Running at moderate intensity produces minimal EPOC of 6 to 15 calories post-session. High-intensity running intervals produce larger EPOC, adding an estimated 30 to 70 extra calories over 12 to 24 hours after the session.
EPOC from steady-state running is real but small compared to the session calorie burn itself.
How Many Calories Does Running Burn for Weight Loss?
Running supports weight loss by creating a calorie deficit. The rate of fat loss depends on how much the running deficit adds to the overall energy balance. Three practical benchmarks for a 154 lb (70 kg) person running at 6 mph:
Running Frequency | Weekly Calories Burned | Fat Loss Equivalent |
|---|---|---|
3 days × 30 minutes | 1,029 kcal | ~0.3 lb per week |
5 days × 30 minutes | 1,715 kcal | ~0.5 lb per week |
5 days × 45 minutes | 2,572 kcal | ~0.7 lb per week |
5 days × 60 minutes | 3,430 kcal | ~1.0 lb per week |
Values based on 343 kcal per 30-minute run at 6 mph for 70 kg body weight.
Running alone without dietary changes produces slow but consistent fat loss. Pairing running with a calorie deficit from nutrition accelerates results by closing the energy gap on both sides of the equation. Use the TDEE calculator to find your maintenance target and calculate how much running contributes to your weekly deficit.
What Is Gross vs. Net Calories Burned Running?
Gross calories burned includes the resting metabolic rate (RMR) during the run. Net calories burned subtracts the calories the body would have burned at rest anyway, showing only the additional energy from the exercise itself.
Metric | Value (70 kg, 30 min run at 6 mph) |
|---|---|
Gross calories burned | 343 kcal |
RMR during 30 minutes | ~38 kcal |
Net calories burned | ~305 kcal |
Most fitness trackers, running apps, and online calculators report gross calories. This page and the running calculator use gross calories. Net calories are useful when calculating how much extra food to eat on a training day, since the body was already burning RMR calories before the run began.
Frequently Asked Questions About Calories Burned Running
How Many Calories Does Running Burn Per Minute?
Running burns approximately 8 to 17 calories per minute depending on body weight and pace. A 130 lb person running at 5 mph burns about 8 kcal per minute. A 220 lb person running at 8 mph burns about 17 kcal per minute. The American Council on Exercise (ACE) reports an average of 10 to 12 calories per minute for a 155 lb runner at a moderate pace.
Does Running Speed or Distance Matter More for Calorie Burn?
Distance matters more than speed for total calories burned in a single run. Running 5 miles at 5 mph burns nearly the same total calories as running 5 miles at 7 mph. The distance determines the mechanical work done; the pace changes how quickly that work happens. Body weight determines the scale of both.
How Many Calories Does a 30-Minute Run Burn?
A 30-minute run at 6 mph burns approximately 343 calories for a 154 lb (70 kg) person. At 5 mph, the same person burns 290 calories. At 7.5 mph, the burn rises to 402 calories. Weight changes these numbers proportionally.
Is Running or Walking More Efficient for Fat Loss?
Running is more calorie-efficient per unit of time. Walking is more calorie-efficient per unit of joint stress. A person who runs 3 miles burns roughly 27% more calories than one who walks 3 miles. A person who runs 30 minutes burns 123% more than one who walks 30 minutes at the same pace differential.
For people who can sustain both without injury, running produces a faster weekly deficit for the same time investment.
Does Running on a Treadmill Burn Fewer Calories Than Running Outside?
Treadmill and outdoor running burn within 2 to 3% of each other at the same measured pace on flat ground. Setting the treadmill to 1% incline accounts for the absent wind resistance and brings calorie burn in line with outdoor flat running for most recreational speeds.