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Snow Shoveling Calories Burned Calculator

Enter your body weight, how long you shoveled, and the type of snow removal. The calculator uses MET (metabolic equivalent of task) values from the Compendium of Physical Activities to estimate your calorie burn. Switch between metric and imperial units, choose your activity type, and see the full calculation broken down step by step.

Your details

Your current body weight. Heavier people burn more calories for the same effort.
lb
Choose the activity that best matches what you did. Vigorous shoveling means lifting and tossing wet, heavy snow quickly.
Total time spent on the activity, in minutes.
min
Calories burnedModerate session
227kcal

Total kilocalories burned during your session

Calories per minute7.6kcal/min
Calories per hour454kcal/hr
MET value5.3
Total calories burned227
Calories per hour454
0113.522701530
Minutes
Calories burned (kcal)
MinutesCumulative calories burned
00
18
215
323
430
538
645
753
861
968
1076
1183
1291
1398
14106
15114
16121
17129
18136
19144
20151
21159
22167
23174
24182
25189
26197
27204
28212
29220
30227

You burned roughly 227 kcal in 30 minutes of moderate hand shoveling.

  • At 454 kcal/hr, moderate hand shoveling ranks above a typical 30-minute jog in calorie intensity.
  • Sessions of 20 minutes or more count toward the CDC recommendation of 150 minutes of moderate-intensity aerobic activity per week.
  • Cold temperatures make your body work harder to stay warm, so actual calorie burn may be slightly higher than this estimate on very cold days.
  • Hand shoveling is a full-body effort: shoulders, back, legs, and core all engage, which is why the calorie burn is comparable to vigorous cycling.

Next stepFor more calorie burn, switch to vigorous hand shoveling or add a second pass to clear wet snow completely.

Formula

Calories (kcal)=MET×weight (kg)×3.5200×duration (min)\text{Calories (kcal)} = \frac{\text{MET} \times \text{weight (kg)} \times 3.5}{200} \times \text{duration (min)}

Worked example

A 180 lb (81.6 kg) person shoveling with moderate effort (MET 5.3) for 30 minutes: (5.3 × 81.6 × 3.5) ÷ 200 = 7.59 kcal/min × 30 = 228 kcal total.

How many calories does shoveling snow actually burn?

Snow shoveling burns between 179 and 788 calories per hour depending on your weight and the type of activity. Hand shoveling with vigorous effort is one of the most calorie-intensive everyday tasks, comparable to jogging or singles tennis. A 180-pound person shoveling briskly for 30 minutes burns roughly 228 calories, while the same person using a walk-behind snow blower burns only about 107 calories in the same time. The difference comes from the MET (metabolic equivalent of task) value: vigorous hand shoveling carries a MET of 7.5, while walking with a snow blower is only 2.5. Heavy, wet snow pushes the real burn even higher because it takes more force to lift each shovelful. Cold air also raises your resting metabolic rate slightly, so the estimates here are conservative.

The MET formula explained

This calculator uses the standard MET formula adopted by the American College of Sports Medicine:

Calories per minute = (MET x body weight in kg x 3.5) / 200

One MET equals 3.5 mL of oxygen per kilogram of body weight per minute, which is approximately your resting metabolic rate. An activity with a MET of 5 therefore burns five times as much energy as sitting still. The /200 converts millilitres of oxygen into kilocalories using the respiratory exchange ratio for mixed-fuel exercise.

Multiplying by duration gives total calories:

  • Moderate hand shoveling: MET 5.3
  • Vigorous hand shoveling: MET 7.5
  • Walk-behind snow blower: MET 2.5
  • Riding snow blower: MET 3.0
  • Roof raking: MET 4.0
All MET values come from the 2011 Compendium of Physical Activities (Ainsworth et al.).

Snow shoveling as cardiovascular exercise

For most healthy adults, 20 to 30 minutes of shoveling meets the CDC threshold for vigorous-intensity aerobic activity. Heart rate during brisk shoveling routinely reaches 75-85% of maximum heart rate, putting it in the same intensity band as running. The calorie burn is real, but so is the cardiac load. The American Heart Association warns that snow shoveling is a known trigger for heart attacks in people with undiagnosed or poorly controlled coronary artery disease, because the combination of cold air, physical exertion, and isometric arm effort raises blood pressure sharply. If you have any cardiovascular risk factors, use a snow blower or hire a service rather than hand shoveling heavy, wet snow.

Factors that affect actual calorie burn

The MET formula gives a reliable average, but several factors push your real burn above or below the estimate:

  • Snow type: light, dry powder is quick to move; heavy, wet snow doubles or triples the force per shovelful and raises the effective MET.
  • Temperature: your body burns more energy staying warm in sub-zero air, adding 5-10% to the estimate on the coldest days.
  • Technique: frequent short breaks drop your average MET even if individual bursts feel intense.
  • Terrain: clearing a sloped driveway or lifting snow over a high snowbank burns more than clearing a flat surface.
  • Fitness level: more aerobically fit people complete the same work at a lower heart rate and may burn slightly fewer calories.

MET values and calories burned per hour by body weight

ActivityMET150 lb (68 kg)180 lb (82 kg)220 lb (100 kg)
Riding snow blower3.0214257315
Snow blower, walking and pushing2.5179215263
Raking roof with snow rake4.0286343420
Shoveling by hand, moderate effort5.3379455557
Shoveling by hand, vigorous effort7.5536643788

MET values from the 2011 Compendium of Physical Activities. Calorie estimates are for continuous effort at sea level. Actual burn varies with snow conditions, cold temperature, and individual fitness.

Frequently asked questions

How many calories does 30 minutes of shoveling snow burn?

A 150-pound person shoveling with moderate effort for 30 minutes burns roughly 190 calories. At 180 pounds and vigorous effort, that rises to about 321 calories. Use this calculator to enter your exact weight and get a personalized number.

Is shoveling snow a good workout?

Yes. Vigorous hand shoveling carries a MET of 7.5, the same intensity as jogging or cycling at a brisk pace. It works the back, shoulders, arms, and core simultaneously. For healthy adults without cardiovascular risk factors, it counts toward the 150 minutes of moderate-intensity (or 75 minutes of vigorous-intensity) activity per week recommended by the CDC and WHO.

What MET value is used for snow shoveling?

The 2011 Compendium of Physical Activities assigns a MET of 5.3 for moderate hand shoveling (code 16016) and 7.5 for vigorous hand shoveling. A walk-behind snow blower rates 2.5, a riding snow blower rates 3.0, and raking a roof with a snow rake rates 4.0.

Why does body weight affect how many calories I burn shoveling?

The MET formula multiplies by body weight because heavier people move more mass with every step and shovel swing. A 220-pound person shoveling vigorously burns about 46% more calories per minute than a 150-pound person doing the exact same work at the same intensity.

Does shoveling snow burn belly fat?

Shoveling burns calories from both fat and carbohydrate stores. You cannot choose which body region loses fat first, but sustained aerobic activities like shoveling that elevate your heart rate for 20 minutes or more contribute to overall fat loss when paired with a calorie deficit. The elevated heart rate during vigorous shoveling also provides an afterburn effect (excess post-exercise oxygen consumption) that continues for a short time after you stop.

How does shoveling compare to other winter activities in calorie burn?

Vigorous shoveling (MET 7.5) burns about as many calories as jogging at a moderate pace (MET 7.0) or playing basketball (MET 6.5-8.0). Moderate shoveling (MET 5.3) is closer to brisk walking (MET 5.0) or recreational cycling. Cross-country skiing at a touring pace (MET 7.0) burns a similar number of calories, while snowshoeing (MET 5.3-8.0) overlaps with both hand-shoveling intensities.

Sources

Written by Dr. Marcus Bennett, DPT, CSCS Exercise Physiologist · London, UK

Exercise physiologist and strength specialist bridging laboratory science with practical training application for athletes and active adults.

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