Box Jump Calorie Calculator — How Many Calories Do Box Jumps Burn?
Calculate how many calories box jumps burn based on your body weight, total jumps, box height, and pace. Covers low, standard, and high box jumps using MET-based plyometric calorie methodology.
10–20
50–100
100+
Plyometric Exercise Data
MET Value: 10 — Standard Box (60 cm / 24")
~12 jumps per minute at moderate format · Est. 1.7 min active time
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About the Box Jump Calorie Calculator
Learn more about the calculator and its creator
Jonas
Box jumps are a cornerstone of athletic power training and HIIT workouts. I built this calculator to help athletes accurately quantify the calorie cost of their plyometric training sessions.
How Box Jump Calories Are Calculated
Box jumps are a plyometric exercise in which you explosively jump from the floor onto an elevated platform (the box), then step or jump back down and repeat. They are one of the highest-calorie-burn exercises per minute available in a gym or CrossFit setting, combining explosive lower-body power with significant cardiovascular demand.
This calculator uses the MET-based calorie formula from the Compendium of Physical Activities. MET (Metabolic Equivalent of Task) quantifies how much energy an activity requires relative to rest (1 MET ≈ 1 kcal per kg of body weight per hour).
The Box Jump Calorie Formula
Calories = MET × Weight (kg) × Time (hours)
Box jumps are counted in reps (jumps), so the calculator converts jump count to active workout time:
Time (hours) = Jumps ÷ Jumps per Minute ÷ 60
MET Values by Box Height
| Box Height | MET Value | Pace (Moderate) | Description |
|---|---|---|---|
| Low Box (30 cm / 12") | 8.0 | ~18 jumps/min | Beginner-friendly, step-up height |
| Standard Box (60 cm / 24") | 10.0 | ~12 jumps/min | Most common training height |
| High Box (75 cm / 30") | 12.0 | ~8 jumps/min | Advanced, maximum explosive power |
Higher boxes require more power output, slower pace, and greater neuromuscular effort — all of which elevate the MET value. Box jump MET values are derived from plyometric jumping exercise classifications in the Compendium and research on vertical jump metabolic cost.
Calories Burned per 10 Jumps by Body Weight
| Box Height | 60 kg (132 lbs) | 70 kg (154 lbs) | 80 kg (176 lbs) | 90 kg (198 lbs) |
|---|---|---|---|---|
| Low (30 cm) | 4.4 | 5.2 | 5.9 | 6.7 |
| Standard (60 cm) | 8.3 | 9.7 | 11.1 | 12.5 |
| High (75 cm) | 15.0 | 17.5 | 20.0 | 22.5 |
Example Calculation
A 75 kg (165 lbs) person performs 50 standard box jumps at moderate pace (12 jumps/min):
- MET = 10.0
- Weight = 75 kg
- Time = 50 ÷ 12 ÷ 60 = 0.0694 hours
- Calories = 10.0 × 75 × 0.0694 = 52.1 kcal
Why Box Height Matters for Calorie Burn
Box height directly affects the work done per jump, because:
- Greater vertical displacement: A higher box requires lifting the body's centre of mass farther, requiring proportionally more energy
- Higher peak power output: Reaching a taller box requires generating force more explosively
- Slower rep pace: Higher boxes require more recovery time between jumps, reducing total reps per minute
- Greater neuromuscular demand: The nervous system works harder to coordinate the explosive hip and knee extension
EPOC: The Afterburn Advantage
High-intensity plyometrics like box jumps create significant EPOC (Excess Post-exercise Oxygen Consumption) — the "afterburn" effect where your metabolic rate stays elevated after exercise. Research suggests plyometric training can generate 10–25% additional post-workout calorie burn. This makes box jumps particularly effective for fat loss compared to moderate-intensity exercises at similar active calorie counts.
Important Disclaimer
Calorie estimates carry a margin of error of approximately ±25–35%. These figures represent active jump time only — rest periods between sets are not included. Box jumps carry a higher injury risk than many other exercises; ensure adequate warm-up, appropriate box height, and proper technique before attempting high-volume or high-box sessions.
Frequently Asked Questions
Standard box jumps (60 cm / 24") burn approximately 0.83–1.25 calories per jump depending on body weight and pace. A 70 kg person burns about 0.97 kcal per standard box jump at moderate pace. Low box jumps (30 cm) burn about 0.52 kcal per jump; high box jumps (75 cm) burn approximately 1.75 kcal per jump.
100 standard box jumps (60 cm) at moderate pace burn approximately 83–125 calories depending on body weight. A 60 kg person burns about 83 calories; a 70 kg person burns about 97 calories; a 90 kg person burns about 125 calories. Higher boxes burn more per jump but require more rest between reps.
Box jump MET values range from 8.0 for low boxes (30 cm) to 12.0 for high boxes (75 cm). Standard 60 cm box jumps have a MET value of approximately 10.0. These values are derived from plyometric jumping exercise classifications in the Compendium of Physical Activities.
Yes, box jumps are among the highest-calorie-burn exercises per minute available. At standard height (MET 10.0), a 70 kg person burns approximately 11.7 calories per minute of active jumping — comparable to sprint intervals. They also create significant EPOC (afterburn effect), adding extra calories burned post-workout.
Yes. Higher boxes require more explosive power to reach, resulting in a higher MET value (up to 12.0 for a 75 cm box vs. 8.0 for a 30 cm box). However, higher boxes also require more rest between reps, so the total calorie burn per minute may not be as different as the MET values suggest — what matters most is total active jump time.
10 minutes of continuous standard box jumps (60 cm) burns approximately 100–167 calories for most people. A 70 kg person burns about 117 calories in 10 minutes at moderate pace. Note that very few people can sustain standard box jumps continuously for 10 minutes without rest — adjust for actual work-to-rest ratio.
How many calories do box jumps burn per jump?
How many calories do 100 box jumps burn?
What is the MET value for box jumps?
Are box jumps good for burning calories?
Do higher box jumps burn more calories?
How many calories do box jumps burn in 10 minutes?
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