Calorie Burn Rate by Exercise Type: 50+ Activities Compared per Hour

How Calorie Burn During Exercise Is Calculated

Every estimate of calories burned during exercise traces back to a single measurement: the Metabolic Equivalent of Task, or MET. One MET represents the energy cost of sitting quietly at rest, defined as an oxygen uptake of 3.5 ml O₂/kg/min, which equates to approximately 1 kcal/kg/hour.

The Compendium of Physical Activities, originally published by Ainsworth et al. in 1993 and updated most recently in 2024, assigns a MET value to over 800 activities. This standardized reference, maintained by a collaboration between Arizona State University and the National Cancer Institute, is the foundation of virtually every calorie calculator, fitness tracker, and exercise database in existence.

The MET Calculation Formula

The formula for estimating calories burned is:

Calories burned per hour = MET value × body weight in kg × 1

For example, running at 8 km/h (5 mph) has a MET value of 8.3. For a 70 kg person:

8.3 × 70 × 1 = 581 kcal/hour

This formula provides an estimate. Actual calorie expenditure varies based on fitness level, body composition (muscle burns more than fat at rest but the difference during exercise is smaller than commonly believed), exercise efficiency, environmental conditions (heat, cold, altitude), and individual metabolic variation.

Limitations of MET-Based Estimates

MET values were derived primarily from studies of adult males and may overestimate expenditure for women and older adults by 10-20%. Highly trained athletes may burn fewer calories performing the same activity than untrained individuals because greater efficiency requires less energy per unit of work. Conversely, heavier individuals burn more total calories because they are moving more mass. The tables below account for body weight differences but not for fitness level or body composition.

Nutrola integrates with Apple Health and Google Fit to pull exercise data from wearable devices, which use heart rate monitoring to provide individualized calorie burn estimates that are generally more accurate than MET-based calculations alone.

Cardio Activities: Calories Burned Per Hour

Activity	MET	60 kg	70 kg	80 kg	90 kg	100 kg
Walking, 4.0 km/h (2.5 mph), flat	3.0	180	210	240	270	300
Walking, 5.6 km/h (3.5 mph), flat	3.8	228	266	304	342	380
Walking, 6.4 km/h (4.0 mph), brisk	5.0	300	350	400	450	500
Walking uphill, 5.6 km/h, 5% grade	5.3	318	371	424	477	530
Hiking, moderate terrain	6.0	360	420	480	540	600
Hiking with 10 kg pack, uphill	7.8	468	546	624	702	780
Running, 8.0 km/h (5.0 mph)	8.3	498	581	664	747	830
Running, 9.7 km/h (6.0 mph)	9.8	588	686	784	882	980
Running, 11.3 km/h (7.0 mph)	11.0	660	770	880	990	1,100
Running, 12.9 km/h (8.0 mph)	11.8	708	826	944	1,062	1,180
Running, 14.5 km/h (9.0 mph)	12.8	768	896	1,024	1,152	1,280
Running, 16.1 km/h (10.0 mph)	14.5	870	1,015	1,160	1,305	1,450
Sprinting (short intervals)	23.0	1,380	1,610	1,840	2,070	2,300
Cycling, 16 km/h (10 mph), leisure	4.0	240	280	320	360	400
Cycling, 19-22 km/h (12-14 mph)	8.0	480	560	640	720	800
Cycling, 22-26 km/h (14-16 mph)	10.0	600	700	800	900	1,000
Cycling, 26-30 km/h (16-19 mph), vigorous	12.0	720	840	960	1,080	1,200
Stationary bike, moderate effort	7.0	420	490	560	630	700
Stationary bike, vigorous effort	10.5	630	735	840	945	1,050
Elliptical trainer, moderate	5.0	300	350	400	450	500
Elliptical trainer, vigorous	8.0	480	560	640	720	800
Rowing machine, moderate	7.0	420	490	560	630	700
Rowing machine, vigorous	12.0	720	840	960	1,080	1,200
Stair climbing machine	9.0	540	630	720	810	900
Jump rope, moderate pace	11.8	708	826	944	1,062	1,180
Jump rope, fast pace	14.0	840	980	1,120	1,260	1,400

Key Observations for Cardio

Running remains one of the most efficient calorie-burning activities per unit of time. However, jump rope at a fast pace rivals or exceeds running at higher speeds, while rowing at vigorous effort is among the highest calorie-burning activities that also provides a full-body workout. Cycling burns fewer calories than running at comparable perceived effort because the bicycle supports body weight, reducing the metabolic cost.

Strength Training: Calories Burned Per Hour

Calorie burn during strength training is often underestimated in MET tables because it depends heavily on rest periods, intensity, and exercise selection. The MET values below represent average energy expenditure across the full training session, including rest periods.

Activity	MET	60 kg	70 kg	80 kg	90 kg	100 kg
Weight training, light effort	3.5	210	245	280	315	350
Weight training, moderate effort	5.0	300	350	400	450	500
Weight training, vigorous effort	6.0	360	420	480	540	600
Circuit training (minimal rest)	8.0	480	560	640	720	800
CrossFit / high-intensity functional	9.0	540	630	720	810	900
Kettlebell training	9.8	588	686	784	882	980
Bodyweight exercises (push-ups, squats, lunges)	3.8	228	266	304	342	380
Calisthenics, vigorous (burpees, muscle-ups)	8.0	480	560	640	720	800
Pilates	3.0	180	210	240	270	300
Yoga, Hatha (gentle)	2.5	150	175	200	225	250
Yoga, Vinyasa/Power	4.0	240	280	320	360	400
Yoga, Bikram/Hot	5.5	330	385	440	495	550
Stretching, static	2.3	138	161	184	207	230

The EPOC Effect: Why Strength Training Burns More Than It Seems

The MET-based calorie figures above represent calories burned during the exercise session itself. They do not account for Excess Post-Exercise Oxygen Consumption (EPOC), commonly called the "afterburn effect." After intense resistance training, metabolic rate remains elevated for 24-72 hours. A 2011 study by Heden et al. published in the Journal of Strength and Conditioning Research found that a vigorous resistance training session increased resting metabolic rate by approximately 5-9% for up to 72 hours post-exercise, adding roughly 100-200 additional calories burned over that period.

Additionally, strength training builds muscle mass over time. Each kilogram of muscle tissue burns approximately 13 kcal per day at rest (Elia, 1992), compared to about 4.5 kcal per kg for fat tissue. While this difference is modest, gaining 3-5 kg of muscle through a consistent strength training program adds 25-65 kcal/day to resting metabolism, which compounds over months and years.

Sports: Calories Burned Per Hour

Activity	MET	60 kg	70 kg	80 kg	90 kg	100 kg
Basketball, full court game	8.0	480	560	640	720	800
Basketball, shooting around	4.5	270	315	360	405	450
Soccer, competitive	10.0	600	700	800	900	1,000
Soccer, recreational	7.0	420	490	560	630	700
Tennis, singles	8.0	480	560	640	720	800
Tennis, doubles	5.0	300	350	400	450	500
Badminton, competitive	7.0	420	490	560	630	700
Table tennis (ping pong)	4.0	240	280	320	360	400
Volleyball, competitive	6.0	360	420	480	540	600
Volleyball, recreational/beach	8.0	480	560	640	720	800
Golf, carrying clubs	4.3	258	301	344	387	430
Golf, riding cart	3.5	210	245	280	315	350
Boxing, sparring	12.8	768	896	1,024	1,152	1,280
Boxing, punching bag	5.5	330	385	440	495	550
Martial arts (judo, karate, kickboxing)	10.3	618	721	824	927	1,030
Rock climbing, ascending	8.0	480	560	640	720	800
Ice hockey	8.0	480	560	640	720	800
Lacrosse	8.0	480	560	640	720	800
Rugby	8.3	498	581	664	747	830
Squash	12.0	720	840	960	1,080	1,200
Handball	12.0	720	840	960	1,080	1,200
Fencing	6.0	360	420	480	540	600

Boxing sparring and squash are among the highest calorie-burning sports, rivaling running at high speeds. Team sports like soccer and basketball provide excellent calorie expenditure with the added benefit of social engagement, which improves exercise adherence.

Water Sports: Calories Burned Per Hour

Activity	MET	60 kg	70 kg	80 kg	90 kg	100 kg
Swimming, freestyle, moderate	5.8	348	406	464	522	580
Swimming, freestyle, vigorous	9.8	588	686	784	882	980
Swimming, backstroke	4.8	288	336	384	432	480
Swimming, breaststroke	5.3	318	371	424	477	530
Swimming, butterfly	13.8	828	966	1,104	1,242	1,380
Water aerobics	5.5	330	385	440	495	550
Water polo	10.0	600	700	800	900	1,000
Kayaking, moderate	5.0	300	350	400	450	500
Kayaking, vigorous	12.5	750	875	1,000	1,125	1,250
Rowing (outdoor), moderate	7.0	420	490	560	630	700
Stand-up paddleboarding	6.0	360	420	480	540	600
Surfing, active	3.0	180	210	240	270	300
Scuba diving	7.0	420	490	560	630	700
Snorkeling	5.0	300	350	400	450	500

Butterfly stroke is the highest calorie-burning swimming style, with a MET value of 13.8, placing it among the most metabolically demanding activities in any category. However, very few swimmers can sustain butterfly for an extended period, making vigorous freestyle the more practical option for high-calorie-burn swim workouts.

Daily Activities: Calories Burned Per Hour

Everyday activities also burn meaningful calories. This concept, known as Non-Exercise Activity Thermogenesis (NEAT), was described by Levine et al. (1999) as a major component of total daily energy expenditure that varies enormously between individuals.

Activity	MET	60 kg	70 kg	80 kg	90 kg	100 kg
Sitting, desk work	1.3	78	91	104	117	130
Standing, desk work	1.8	108	126	144	162	180
Walking while working (treadmill desk)	2.3	138	161	184	207	230
Cooking	2.0	120	140	160	180	200
Cleaning house, general	3.3	198	231	264	297	330
Vacuuming	3.5	210	245	280	315	350
Mopping	3.5	210	245	280	315	350
Gardening, general	3.8	228	266	304	342	380
Mowing lawn (push mower)	5.5	330	385	440	495	550
Shoveling snow	6.0	360	420	480	540	600
Moving furniture	5.8	348	406	464	522	580
Playing with children, active	5.0	300	350	400	450	500
Carrying groceries upstairs	7.5	450	525	600	675	750
Walking the dog	3.0	180	210	240	270	300

The difference between a sedentary lifestyle and an active one, even without formal exercise, can amount to 500-1,000 kcal per day. Levine's research found that NEAT could vary by up to 2,000 kcal/day between individuals, making it one of the most significant variables in total energy expenditure.

Standing vs. Sitting: The Real Numbers

A standing desk burns approximately 0.5 MET more than sitting, which translates to about 35 kcal/hour more for a 70 kg person. Over an 8-hour workday, that is approximately 280 kcal. While modest, over a year of workdays (roughly 250 days), this amounts to approximately 70,000 kcal, the energy equivalent of about 9 kg (20 lbs) of body fat. Standing alone will not transform body composition, but it illustrates how small differences in daily activity accumulate over time.

Ranking: Top 15 Calorie-Burning Activities

For a 70 kg (154 lb) person, ranked by calories burned per hour:

Rank	Activity	kcal/hour	MET
1	Sprinting (short intervals)	1,610	23.0
2	Running, 16.1 km/h (10 mph)	1,015	14.5
3	Jump rope, fast pace	980	14.0
4	Swimming, butterfly	966	13.8
5	Running, 14.5 km/h (9 mph)	896	12.8
6	Boxing, sparring	896	12.8
7	Kayaking, vigorous	875	12.5
8	Rowing machine, vigorous	840	12.0
9	Cycling, 26-30 km/h (vigorous)	840	12.0
10	Squash	840	12.0
11	Handball	840	12.0
12	Jump rope, moderate pace	826	11.8
13	Running, 12.9 km/h (8 mph)	826	11.8
14	Martial arts	721	10.3
15	Soccer, competitive	700	10.0

How to Use This Data for Weight Management

Understanding calorie burn rates puts exercise in perspective relative to diet. A few important realities:

Exercise Alone Is Inefficient for Weight Loss

A 2009 meta-analysis by Miller et al. published in the International Journal of Obesity found that exercise-only interventions produced modest average weight loss of 2-3 kg over 6 months, while diet-only interventions produced 6-10 kg, and combined diet-plus-exercise interventions produced the best results. The reason is simple: it is far easier to not eat 500 calories than to burn 500 calories through exercise. A 70 kg person needs to run for approximately 37 minutes at 8 km/h to burn the equivalent of one McDonald's Big Mac (550 kcal).

This does not mean exercise is unimportant. Exercise preserves muscle mass during caloric restriction, improves cardiovascular health, enhances mood and cognitive function, improves insulin sensitivity, and is the strongest predictor of long-term weight maintenance.

Combining Tracking with Activity

Nutrola integrates calorie intake tracking with exercise data from connected wearables to provide a complete picture of your daily energy balance. Seeing that your 45-minute run burned approximately 430 kcal alongside your 2,100 kcal food intake for the day provides context that isolated food tracking or exercise logging cannot.

Frequently Asked Questions

How many calories does walking burn per hour?

Walking burns approximately 180-500 calories per hour depending on speed, terrain, and body weight. For a 70 kg (154 lb) person, walking at a normal pace of 5.6 km/h (3.5 mph) burns about 266 kcal/hour. Brisk walking at 6.4 km/h (4.0 mph) burns about 350 kcal/hour. Walking uphill or with added weight (backpack) significantly increases calorie burn. Walking is an underrated exercise because its relatively low MET value is offset by the ease of performing it for long durations.

How many calories does running burn per hour?

Running burns approximately 498-1,450 calories per hour depending on speed and body weight. For a 70 kg (154 lb) person, running at 8 km/h (5 mph, a 12-minute mile pace) burns about 581 kcal/hour, at 9.7 km/h (6 mph, a 10-minute mile) about 686 kcal/hour, and at 12.9 km/h (8 mph, a 7.5-minute mile) about 826 kcal/hour. Running is consistently one of the most calorie-efficient forms of exercise per unit of time.

What exercise burns the most calories?

Sprinting (in interval format) burns the most calories per minute of actual work, but it cannot be sustained continuously. For sustained exercise, running at fast speeds (14-16 km/h), fast-paced jump rope, swimming butterfly, vigorous rowing, and boxing sparring are the highest calorie-burning activities. For a 70 kg person, these activities burn 840-1,015 kcal per hour. Among sports, squash and handball rank highest at approximately 840 kcal/hour.

How accurate are MET-based calorie estimates?

MET-based estimates are reasonably accurate for population-level comparisons and general guidance, typically within 15-20% of actual expenditure for most people. They tend to overestimate calorie burn for smaller, lighter, female, or highly trained individuals and underestimate it for larger, heavier individuals in weight-bearing activities. Wearable devices that incorporate heart rate data generally provide more individualized estimates, though they have their own inaccuracies. No method outside of indirect calorimetry (measuring oxygen consumption directly) is highly precise.

Does muscle burn more calories than fat at rest?

Yes, but the difference is smaller than commonly claimed. One kilogram of muscle tissue burns approximately 13 kcal per day at rest, while one kilogram of fat tissue burns approximately 4.5 kcal per day (Elia, 1992). The frequently cited claim that muscle burns "50 calories per pound per day" is a significant exaggeration. Gaining 5 kg of muscle would increase resting metabolic rate by approximately 40-65 kcal per day, a meaningful but modest amount.

Is HIIT better than steady-state cardio for burning calories?

Per minute of exercise, HIIT (High-Intensity Interval Training) burns more calories than steady-state cardio at moderate intensity due to higher average MET values. HIIT also produces greater EPOC (afterburn effect), adding 6-15% more calories burned in the hours after exercise. However, steady-state cardio can be sustained for longer durations, so a 60-minute moderate jog may burn comparable total calories to a 25-minute HIIT session. The best choice depends on time availability, fitness level, preferences, and joint health. Both are effective.

References

• Ainsworth BE, Haskell WL, Herrmann SD, et al. 2011 Compendium of Physical Activities: a second update of codes and MET values. Med Sci Sports Exerc. 2011;43(8):1575-1581.
• Ainsworth BE, Haskell WL, Whitt MC, et al. Compendium of Physical Activities: an update of activity codes and MET intensities. Med Sci Sports Exerc. 2000;32(9 Suppl):S498-S504.
• Heden T, Lox C, Rose P, Reid S, Kirk EP. One-set resistance training elevates energy expenditure for 72 h similar to 3 sets. Eur J Appl Physiol. 2011;111(3):477-484.
• Levine JA, Eberhardt NL, Jensen MD. Role of nonexercise activity thermogenesis in resistance to fat gain in humans. Science. 1999;283(5399):212-214.
• Elia M. Organ and tissue contribution to metabolic rate. In: Kinney JM, Tucker HN, eds. Energy Metabolism: Tissue Determinants and Cellular Corollaries. Raven Press; 1992:61-80.
• Miller CT, Fraser SF, Levinger I, et al. The effects of exercise training in addition to energy restriction on functional capacities and body composition in obese adults. Int J Obes. 2013;37(1):154-160.
• Grgic J, Grgic I, Pickering C, et al. Wake up and smell the coffee: caffeine supplementation and exercise performance. Br J Sports Med. 2020;54(11):681-688.