Calories Burned by Activity (Full Chart)

Which burns more calories in one hour: gentle yoga or a steady run? The gap is bigger than most people guess, and body weight changes the answer too. This chart lines up calories burned by activity for common workouts at one reference weight, then shows you how to scale each number to fit your own body.

Quick Answer
At a 70 kg (154 lb) reference weight, calories burned per hour range from about 184 for gentle yoga to nearly 588 for running. Cycling, jogging, and swimming fall in between those two. Heavier body weight and higher effort both raise the number for the same activity. Use the simple ratio method below to adjust any chart value for your own weight. These are estimates, not exact measurements.

What This Calories Burned Chart Shows

This chart lists general calories burned by activity for common exercises like walking, running, cycling, swimming, and yoga. All numbers use one reference body weight: 70 kg, or about 154 lb.

The figures come from MET values, a standard way researchers measure how hard an activity works your body. They are population averages, so your real burn will run a bit higher or lower depending on your body, your effort, and the conditions you exercise in.

Think of this chart as a starting point for comparing activities, not a precise readout of your personal burn. For an exact estimate built around your own numbers, the Exercise Calorie Calculator factors in your weight, duration, and activity type directly.

Calories Burned by Activity: The Full Chart

The table below ranks ten common activities from lowest to highest calorie burn per hour, all at the same 70 kg (154 lb) reference weight. Use it to compare how activities stack up against each other.

Calories Burned Per Hour by Activity (70 kg / 154 lb Reference)
Activity MET Value Calories Burned Per Hour
Yoga (gentle, hatha style) 2.5 about 184
Walking (moderate pace, about 3.5 mph) 3.5 about 257
Dancing (general, moderate effort) 4.8 about 353
Weight Training (moderate to vigorous) 5.0 about 368
Elliptical Trainer (moderate effort) 5.5 about 404
Hiking (cross-country) 6.0 about 441
Swimming (moderate laps) 6.3 about 463
Jogging (about 5 mph) 7.0 about 515
Cycling (moderate, 10 to 11.9 mph) 7.5 about 551
Running (about 5 to 6 mph) 8.0 about 588

Notice the pattern: as MET value climbs, so does the calorie total, because MET is a direct measure of how much energy an activity demands. The chart below shows the same trend as a visual, side-by-side comparison.

Bar chart of calories burned per hour for eight activities at 70 kg Horizontal bars grow from yoga at the top, the shortest bar, down to running at the bottom, the longest bar, showing calories burned per hour rising with activity intensity. Calories Burned Per Hour at 70 kg Yoga 184 Walking 257 Dancing 353 Elliptical 404 Swimming 463 Jogging 515 Cycling 551 Running 588 Numbers are calories per hour at a 70 kg (154 lb) reference weight. Heavier or lighter bodies burn more or less than shown here.
Calories burned per hour climb steadily from low-effort yoga up to running, at a 70 kg reference weight.

What Is a MET, in Brief

MET stands for metabolic equivalent of task. One MET is roughly the energy your body uses just sitting quietly. An activity rated at 8 METs, like running, uses about eight times that resting energy.

Public health groups use MET values to sort activities into light, moderate, and vigorous intensity. This chart uses the same MET values to estimate calories burned by activity at the reference weight above.

MET is a useful shortcut, not a full explanation of exercise physiology. If you want the deeper formula work behind calorie-burn estimates, that lives in a separate nutrition guide, not this chart article.

You will often see MET listed on gym equipment or fitness apps alongside a workout name. Knowing what it means helps you understand why two activities with similar names can burn very different amounts of energy.

Low Effort vs High Effort: Same Time, Different Burn

Duration is not the only thing that decides your calorie burn. Effort level changes the number a lot, even over the exact same amount of time.

Picture 30 minutes of easy walking next to 30 minutes of running, both at 70 kg. The walk burns about 129 calories. The run burns about 294 calories, more than double, in the same half hour.

Comparison of calories burned in 30 minutes of walking versus running Two bars represent the same 30 minute duration. The walking bar is short at about 129 calories. The running bar is more than double, at about 294 calories. 30 Minutes: Low Effort vs High Effort Walking 129 cal Same 30 minute duration for both activities Running 294 cal
The same 30 minutes burns more than double the calories at a higher effort level.

This is why effort matters as much as the clock. A short, hard workout can match or beat a longer, easy one for total calories burned.

How to Adjust the Chart for Your Own Body Weight

Every number above uses a 70 kg (154 lb) reference. Your body is probably not exactly that weight, so the chart numbers need a small adjustment.

The good news is the math is simple. Calories burned scale directly with body weight for the same activity and duration, so you can use a ratio.

  1. Find the chart value for your activity.
  2. Divide your own weight by 70 kg (or by 154 lb, if you use pounds).
  3. Multiply the chart value by that ratio to get your estimate.

For example, someone at 90 kg running for one hour would multiply 588 by (90 / 70), landing near 756 calories. Someone at 56 kg would multiply 588 by (56 / 70), landing near 470 calories.

Example: How Body Weight Changes the Numbers
Activity 125 lb (56 kg) 154 lb (70 kg) 198 lb (90 kg)
Walking (1 hour) about 206 about 257 about 331
Running (1 hour) about 470 about 588 about 756

This ratio works for any activity in the chart above. It will not be perfectly exact for every body, but it is a solid, quick way to personalize the numbers.

Combining Duration and Weight in One Estimate

The chart assumes a full hour at a 70 kg body, but most workouts are not exactly 60 minutes. You can combine the weight ratio and a duration change into a single quick calculation instead of doing two separate steps.

Start with the activity MET value. Multiply by your weight in kilograms, then by your workout time in hours, then by 1.05.

For example, a 90 kg person cycling at a moderate pace for 45 minutes would use 7.5 (MET) x 90 (kg) x 0.75 (hours) x 1.05, which comes out to about 532 calories. Swap in your own weight and time to personalize any row in the chart.

The Method Behind the Chart

The chart uses a standard MET-based formula. It multiplies MET value by body weight in kilograms and by time in hours, then applies a fixed conversion number.

Written simply: calories burned equals MET times weight in kg times hours times 1.05. Plugging in running at 8 METs, 70 kg, and 1 hour gives 8 x 70 x 1 x 1.05, which equals 588 calories, matching the chart above.

Formula diagram showing MET times weight in kg times hours equals calories burned A row of boxes reads MET times weight in kilograms times hours times 1.05 equals calories burned. Below it, a worked example plugs in 8 times 70 times 1 times 1.05 to equal 588 calories. The Formula Behind the Chart MET x Weight (kg) x Hours x 1.05 = Calories Burned Worked Example: Running at 70 kg for 1 Hour 8 (MET) x 70 (kg) x 1 (hour) x 1.05 = 588 calories The same formula built every row in the chart above, using each activity own MET value.
The chart uses one formula: MET times weight in kg times hours times 1.05 equals calories burned.

What Else Changes How Many Calories You Burn

MET values are averages, so several real-world factors push your actual burn above or below the chart. Keep these in mind when you compare your own results.

  • Fitness level: a trained body often works more efficiently, which can lower the burn slightly for the same pace.
  • Terrain and incline: hills, sand, and stairs raise the effort well above a flat surface.
  • Muscle mass: more lean muscle tends to raise resting and active calorie burn.
  • Temperature: very hot or cold conditions can raise how hard your body works.
  • Rest breaks: stopping and starting lowers your average burn compared to steady effort.

Wearable trackers try to account for some of this with heart rate data, but they are still estimates, not lab measurements.

None of this means the chart is unreliable. It simply means your personal number will sit somewhere in a reasonable range around the chart value, rather than matching it exactly.

Quick Pointers: Pace Instead of Calories

Sometimes the goal is not calories at all, but hitting a target speed. If you want to work out your running speed instead, see How to Calculate Your Running Pace.

Swimmers can do the same with lap times. See How to Calculate Swimming Pace for that walkthrough.

Both guides go deeper into pace math than this chart does, since pace and calories are related but separate questions.

Want a number built around your own weight and workout time, instead of a general chart? Try the Exercise Calorie Calculator. It applies the same MET-based method to your exact inputs.

Frequently Asked Questions About Calories Burned by Activity

What Activity Burns the Most Calories Per Hour?

Among common activities, running tends to burn the most calories per hour, close to 588 at a 70 kg reference weight. Cycling and jogging are close behind. Higher intensity almost always means a higher calorie burn per hour, regardless of the specific activity.

How Many Calories Does the Average Person Burn Exercising for an Hour?

It depends heavily on the activity and your body weight. At a 70 kg reference weight, an hour ranges from about 184 calories for gentle yoga to about 588 for running. Most moderate activities like walking or swimming fall somewhere in the middle of that range.

Do Heavier People Burn More Calories Doing the Same Activity?

Yes. A heavier body uses more energy to move, so the same activity at the same pace burns more calories for a heavier person. This chart uses a 70 kg reference, and the adjustment section above shows how to scale the numbers up or down for your own weight.

What Is a MET and How Is It Used in This Chart?

MET stands for metabolic equivalent of task. One MET is roughly the energy used at rest, and each activity gets a MET value based on how much harder it works your body. This chart multiplies MET by body weight and time to estimate calories burned by activity.

How Can I Adjust This Chart for My Own Body Weight?

Divide your weight by the 70 kg (154 lb) reference weight, then multiply the chart value by that ratio. For example, a 90 kg person running for an hour would multiply 588 by (90 / 70), for about 756 calories. The full steps are covered above.

Are Calories Burned Charts Like This One Accurate?

They are useful estimates, not exact measurements. MET-based charts use population averages, so your real burn can run higher or lower based on fitness level, effort, terrain, and other personal factors. Use the chart to compare activities, not as a precise number.

Does Duration or Intensity Matter More for Calories Burned?

Both matter, but intensity often has a bigger effect over the same time. As shown above, 30 minutes of running burns more than double what 30 minutes of walking burns. A shorter, harder session can beat a longer, easier one for total calories burned.

Sources

Authoritative Sources Used in This Article

This article is for general education only, not medical advice. Training needs and safe limits vary by fitness level and health history, so talk with a doctor before starting a new exercise program, especially if you have a health condition. Reviewed for accuracy by Dr. Abdullah Khalil, MBBS. Last updated September 13, 2026.


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shakeel-Muzaffar
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Shakeel Muzaffar is the Founder and Editor-in-Chief of MultiCalculators.com, bringing over 15 years of experience in digital publishing, product strategy, and online tool development. He leads the platform's editorial vision, ensuring every calculator meets strict standards for accuracy, usability, and real-world value. Shakeel personally oversees content quality, formula verification workflows, and the platform's commitment to publishing tools that are genuinely useful for students, professionals, and everyday users worldwide.

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