Running burns about 7–18 kcal per minute for a 70-kg runner, depending on pace; faster speeds raise the per-minute burn.
Easy jog (5 mph)
Steady run (6 mph)
Hard run (8 mph)
Time-Based Burn
- Use 10–30 minute blocks
- Collect minutes across the week
- Pair with easy days
simple pace ranges
Pace-Based Burn
- Pick a target speed
- Hold steady effort
- Watch breathing and talk test
training day
Hills & Intervals
- Short surges raise METs
- Jog recoveries lower cost
- Great for variety
mixed session
Running Calories Per Minute: Pace & Weight Cheat Sheet
Per-minute burn depends on two dials: how fast you move and how much mass you move. Speed sets the MET value, and body mass scales it up or down. A slow jog sits near 8.3 MET, while a brisk run sits between 11.5 and 12.3 MET in the standard tables.
To turn METs into calories per minute, use a simple rule: MET × 3.5 × body mass (kg) ÷ 200. That gives a good field estimate. The running speeds and METs come from lab and track studies listed in the 2011 Compendium; you can scan the official record on PubMed.
Quick Table: Pace To kcal/min (70 kg)
| Pace | MET | kcal/min (70 kg) |
|---|---|---|
| 4.0 mph (15:00/mi) | 6.0 | 7.4 |
| 5.0 mph (12:00/mi) | 8.3 | 10.2 |
| 6.0 mph (10:00/mi) | 9.8 | 12.0 |
| 7.5 mph (8:00/mi) | 11.5 | 14.1 |
| 8.0 mph (7:30/mi) | 11.8 | 14.5 |
| 10.0 mph (6:00/mi) | 14.5 | 17.8 |
That table uses a 70-kg reference mass. If your mass is different, the same speeds still apply; you only scale the final number. For intensity cues, the talk test on the CDC page lines up well with moderate and vigorous running.
How To Estimate Your Calories Per Minute
Grab a speed that matches your session. Multiply its MET by 3.5, then by your mass in kilograms, then divide by 200. That’s your kcal per minute. Round to one decimal place for planning.
Worked Example
You run 6.0 mph. The MET is 9.8. With a mass of 70 kg: 9.8 × 3.5 × 70 ÷ 200 = 12.0 kcal per minute. Over 25 minutes the burn comes to about 300 kcal.
Shortcut If You Know Your Mass
Each MET costs about 0.0175 kcal per kilogram per minute. Multiply your mass by 0.0175 and then by the session’s MET. A 55 kg runner at 8 mph (11.8 MET) lands near 11.4 kcal per minute.
Does The Classic 100 Calories A Mile Rule Hold?
Many runners quote one hundred per mile as a handy rule. It works as a mid-pack average on flat ground. Pace changes the minutes per mile, not the calories per mile by much, because running cost per mile stays fairly steady across speeds. Hills, wind, and form swing that number.
Convert your per-minute number to a per-mile figure by multiplying by minutes per mile. At 6.0 mph you run a mile in ten minutes. With 12.0 kcal per minute the mile comes to about 120 kcal. At 8.0 mph a mile takes seven and a half minutes; with 14.5 kcal per minute that mile still sits near 109 kcal.
Pace, Weight, And Terrain: Real-World Ranges
Outdoor running rarely matches a lab. Treadmills remove wind and smooth the surface. Trails add foot strike variability and short spikes from small rises. A mild incline or a headwind nudges the burn upward; a steady tailwind or a long gentle descent nudges it down.
On a treadmill, a 1% grade is a decent stand-in for air resistance on calm days. Grass, gravel, sand, and wet boardwalks push energy cost up through extra stabilizing work and slight slippage. Tiny stops at crossings shave a bit off the total.
Table: kcal/min By Mass At Two Common Paces
| Body Mass | 5.0 mph | 8.0 mph |
|---|---|---|
| 55 kg | 8.0 kcal/min | 11.4 kcal/min |
| 70 kg | 10.2 kcal/min | 14.5 kcal/min |
| 85 kg | 12.3 kcal/min | 17.5 kcal/min |
Factors That Change Your Per-Minute Burn
Pace And METs
Small bumps in speed raise METs. Moving from 5.0 to 6.0 mph lifts cost from 8.3 to 9.8 MET. Jump again to 8.0 mph and you reach 11.8 MET. Push to 10.0 mph and the table shows 14.5 MET.
Body Mass
Mass drives the scale factor in the formula. Two runners at the same speed burn in proportion to mass. A 85 kg runner at 6.0 mph lands near 14.6 kcal per minute; a 55 kg runner near 9.5 kcal per minute.
Incline And Surface
A 1% treadmill grade offsets air resistance and adds cost. The same pace outdoors on soft grass or sand also costs more. Short gravel sections and curb hops add small spikes. Long descents lower the average.
Wind And Drafting
Headwinds raise work; tailwinds lower it. Tucking in behind a partner trims the air drag. The effect is modest at jogging speeds and grows as pace rises.
Form And Cadence
Smooth posture, midline arm swing, and quick ground contact tend to reduce wasted motion. A gentle rise in cadence at the same speed shortens stride a touch and may ease braking. Shoes matter less than fit and comfort for energy cost.
Two Ways To Use These Numbers In Training
Plan Sessions
Set a calorie target for a time-crunched day. If you want about 250 kcal, pick 20–25 minutes around 6.0 mph if you sit near 70 kg, or 15–20 minutes around 8.0 mph. If you prefer shorter bouts, stack them across the week; the aerobic benefits add up, matching public-health guidance on weekly moderate and vigorous minutes from the CDC.
Track Progress
Pair a GPS watch with heart-rate data. Watch how the same loop, pace, and heart rate line up with your estimates. Cooler air or better sleep often shows up as lower cost at the same pace.
Where The Numbers Come From
Running METs come from the 2011 update of the Compendium, a long-standing reference used by coaches and health pros. The intensity guidance around the talk test and vigorous minutes appears in national recommendations; both are useful cross-checks when you’re sanity-checking a device readout against the tables.