Calories Burned from Jump Rope:
Table of Contents
How calories burned jumping rope are calculated
This calculator uses the MET (Metabolic Equivalent of Task) method — the standard approach in exercise physiology and the basis of the Compendium of Physical Activities. One MET equals the energy cost of sitting quietly (about 1 kcal per kg of body weight per hour). Jump rope sits among the highest-MET activities in the Compendium, on par with vigorous running.
Calories = MET × Weight (kg) × Duration (hours)
The MET values used here come from the Compendium and map to the speed selections in the calculator:
| Speed | Jumps per minute | MET value |
|---|---|---|
| Slow | Under 100 | 8.8 |
| Moderate | 100–120 | 11.8 |
| Fast | 120+ (including double-unders) | 12.3 |
For context, the Compendium lists running an 8-minute mile at 10.0 MET and a 7-minute mile at 11.5 MET — meaning moderate jump rope is between those two paces in metabolic cost, and fast jump rope is above them. Few activities outside of sprint intervals exceed 12 MET.
Worked example using the defaults
The calculator’s default inputs are a 74 kg jumper, slow speed (MET 8.8), for 20 minutes. Plugging into the formula:
- Duration in hours: 20 ÷ 60 = 0.333 hours
- Calories = 8.8 × 74 × 0.333 = ~217 calories
At moderate speed (MET 11.8) the same 20 minutes is 11.8 × 74 × 0.333 = ~291 calories. Fast speed with double-unders (MET 12.3) gives 12.3 × 74 × 0.333 = ~303 calories. Note the small gap between moderate and fast — once you’re past about 100 jumps per minute, additional speed adds surprisingly little to calorie burn relative to the difficulty cost.
Calories burned by speed and body weight
Because the MET formula scales linearly with body weight, heavier jumpers burn proportionally more. The table below shows calories for a 15-minute jump-rope session — a more realistic continuous duration than 30 minutes for most people:
| Speed (MET) | 60 kg (132 lb) | 75 kg (165 lb) | 90 kg (198 lb) |
|---|---|---|---|
| Slow, <100/min (8.8) | 132 cal | 165 cal | 198 cal |
| Moderate, 100–120/min (11.8) | 177 cal | 221 cal | 266 cal |
| Fast, 120+/min (12.3) | 185 cal | 231 cal | 277 cal |
Compare those numbers to brisk walking at 5.0 MET, which would burn only 75–113 calories in the same 15 minutes. Jump rope’s appeal as a workout is the high calorie-per-minute density, not endurance — few people sustain 15 unbroken minutes.
When this estimate is wrong
Jump rope calorie estimates are particularly prone to overstating real burn because of the gap between MET assumptions and how people actually train. Expect ±20–30% error from the calculator’s result for these reasons:
- Continuous-activity assumption. MET values assume you jump non-stop for the full duration. In practice, beginners often jump for 30–60 seconds, miss the rope, reset, and repeat. If half your “20-minute” session is reset time, actual calories burned can be 40–50% lower than the calculator returns.
- Skill level. Experienced rope-skippers are more efficient and burn slightly less per minute at a given cadence than beginners flailing wastefully. Counterintuitively, getting better at jump rope mildly reduces calorie burn per minute — though it lets you go longer.
- Jump style. Boxer-style alternating bounces, double-unders, and crossovers all have different metabolic costs. The Compendium lumps them into broad speed categories.
- Surface and rope weight. Heavier weighted ropes (250g+) and harder surfaces both add to the energy cost. Speed ropes on a sprung floor are at the low end of the MET range.
- EPOC (afterburn). High-intensity jump rope intervals can produce a meaningful 10–20% afterburn over the following hours, which the in-session calorie figure doesn’t capture.
For diet decisions, take the calculator’s number, subtract roughly 20% for typical rest-and-reset time, and treat the result as a working estimate within a 25% band.
Sources & references
- Ainsworth BE et al. (2011). “2011 Compendium of Physical Activities: a second update of codes and MET values.” Medicine & Science in Sports & Exercise 43(8): 1575–1581 — the source of all MET values used above.
- Harvard Health Publishing — Calories burned in 30 minutes for people of three different weights
- American Council on Exercise — Exercise Library
- Baker JA (1968). “Comparison of rope skipping and jogging as methods of improving cardiovascular efficiency of college men.” Research Quarterly 39(2): 240–243 — the original study often cited for the “10 minutes of skipping = 30 minutes of jogging” comparison, though the modern equivalence is closer to a 1:1 ratio at matched intensity.
FAQs
For a 74 kg (163 lb) person, 10 minutes of jump rope burns about 109 calories at slow speed (8.8 MET, under 100 jumps/min), 146 calories at moderate speed (11.8 MET, 100–120 jumps/min), and 152 calories at fast speed (12.3 MET, over 120 jumps/min). Jump rope is one of the most calorie-dense activities per minute — 10 minutes can equal 20–25 minutes of brisk walking.
The popular claim is roughly accurate at moderate-to-fast jump rope speeds. Moderate jump rope at 11.8 MET sits just above an 8-minute-mile pace (10 MET in the Compendium), and fast jump rope at 12.3 MET is comparable to a 7-minute-mile pace. So yes — 10 minutes of vigorous jump rope burns about the same as 10 minutes of fast running. The catch is most beginners can’t sustain 100+ jumps per minute for a full 10 minutes.
Jump rope has an unusually high MET-to-perceived-effort ratio. The whole body is working — calves, quads, core, shoulders, forearms — while the heart rate climbs faster than for steady running because there’s no “float” phase between jumps. Most beginners can sustain only 1–2 minutes continuously before needing a rest. Working up to 10 unbroken minutes takes weeks of consistent training. Interval-style (30 seconds on, 30 seconds off) is usually more practical.
Generally yes, with caveats. Despite being a jumping activity, the ground-reaction forces per jump are about half those of running (you land softly on the balls of your feet, not heel-first). Studies from sports-medicine literature put jump-rope impact forces around 2–3× body weight per jump vs 3–5× for running. That said, the high repetition rate — 100+ landings per minute — means cumulative load adds up fast. Anyone with existing knee, ankle, or lower-back issues should consult a clinician first and start with a soft surface.
Mostly calories — jump rope builds cardiovascular fitness, calf endurance, and coordination far more than muscle mass. The loads involved are too low and too repetitive to drive meaningful hypertrophy. If muscle gain is the goal, jump rope is a finisher or a warm-up, not the main lift. Combining 5–10 minutes of jump rope with 3–4 strength sessions a week is a common and effective programming approach for general fitness.