Exercise calories

Calories burned during Jump rope — calculator and tables

Jump rope is estimated at about 12.3 METs. A 70 kg person may burn roughly 452 calories in 30 minutes or 904 calories in 60 minutes.

226 kcal15 min at 70 kg
452 kcal30 min at 70 kg
904 kcal60 min at 70 kg

Jump rope calorie calculator

Enter your body weight and duration to estimate calories burned for your own session.

Formula: calories per minute ≈ MET × 3.5 × body weight in kg ÷ 200.

Estimated burn

— kcal
Session
Calories / minute
Estimate, not a measurement: Jump rope is high intensity; short sessions can burn a lot but recovery matters. Watches and machines can also be wrong. Use the same method consistently.

Calories by body weight

Body weight30 minutes60 minutes90 minutes
55 kg / 121 lb355 kcal710 kcal1065 kcal
70 kg / 154 lb452 kcal904 kcal1356 kcal
85 kg / 187 lb549 kcal1098 kcal1647 kcal
100 kg / 220 lb646 kcal1292 kcal1937 kcal

Calories by duration for a 70 kg person

DurationEstimated calories
10 minutes151 kcal
15 minutes226 kcal
30 minutes452 kcal
45 minutes678 kcal
60 minutes904 kcal
90 minutes1356 kcal

What changes the calorie burn?

Body weight, pace, technique, slope, resistance, rest time and fitness level can all change the real energy cost. MET values are averages, so the number is best used for planning rather than precision.

How to use Jump rope in a weight-management plan

Frequently asked questions

How many calories does jump rope burn in 30 minutes?

For a 70 kg adult, jump rope at about 12.3 METs burns roughly 452 calories in 30 minutes. Heavier bodies usually burn more and lighter bodies usually burn less.

How many calories does jump rope burn in 60 minutes?

For a 70 kg adult, jump rope burns roughly 904 calories in 60 minutes using the MET estimate.

Is jump rope good for weight loss?

Jump rope can support weight loss when it helps create a sustainable calorie deficit. Food intake, consistency, recovery and total weekly activity matter more than one session estimate.

Why are calorie-burn estimates different across watches and calculators?

Different tools use different assumptions for METs, heart rate, body size, efficiency and intensity. Treat every result as an estimate, not a precise measurement.

Related exercise tools

Method and sources

Estimates use standard MET-based calculations and the EKCal methodology. See Sources & Methodology. This page was last reviewed 2026-07-09.