How Many Calories Do You Burn Doing Squat Jumps? | Quick Burn Facts

Calorie Burn From Squat Jumps: Per Minute And Per Session

There isn’t a dedicated entry labeled “squat jump” in standard activity tables. The closest match is vigorous calisthenics, which runs about 8 METs, with harder bursts reaching 10 METs. MET is a simple ratio of effort. One MET is resting. Higher METs mean more oxygen use and more calories burned.

The math is straightforward: calories per minute ≈ MET × 3.5 × body weight (kg) ÷ 200. You can plug in 6, 8, or 10 METs to match your pace. Slower sets sit near 6. Crisp jumps land around 8. Short all-out sprints push near 10.

Quick Reference: Calories Per Minute By Body Weight

The table below uses the standard MET formula with three effort bands. Values are per minute and rounded to one decimal.

Calories Per Minute From Squat Jumps

Body Weight	~6 METs (Moderate)	~8–10 METs (Vigorous–All-Out)
120 lb (54.4 kg)	5.7	7.6–9.5
150 lb (68.0 kg)	7.1	9.5–11.9
180 lb (81.6 kg)	8.6	11.4–14.3
200 lb (90.7 kg)	9.5	12.7–15.9

Why The Range Looks Wide

Two people can do the same set and get different numbers. Body weight changes the math. So do jump height, depth, landing control, arm swing, and how much rest you take between sets. Faster stretch-shortening cycles raise the cost. Softer landings add time under tension. Slippery floors and stiff shoes blunt power and lower burn.

Once your daily intake is set, snacks and portions get easier to plan around bursts like these. You’ll get the most traction after you set your daily calorie needs.

How To Estimate Your Own Number

Pick your band: 6, 8, or 10 METs. Convert your weight to kilograms (lb ÷ 2.205). Multiply: MET × 3.5 × kg ÷ 200 × minutes. That’s it. If your set mixes work and rest, average the time: count work at a higher MET and rest near 2 METs (standing easy).

Worked Example

Let’s say 150 lb (68 kg), 8 METs, 10 minutes of steady sets. Calories ≈ 8 × 3.5 × 68 ÷ 200 × 10 ≈ 95 kcal. Switch to 10 METs in short sprints and you land near 119 kcal for the same time.

Technique Tweaks That Move The Needle

Depth And Drive

Drop to a comfortable depth that keeps heels down, then punch up fast. A deeper load phase stores more elastic energy and often raises output. Keep knees tracking over mid-foot.

Arm Swing And Cadence

A full backswing and a quick arm snap boost jump height and pace. If joints feel cranky, use a half swing and a softer rhythm. Pace beats grind here.

Landing Mechanics

Land softly through the toes, then roll to mid-foot and heel. Think “quiet feet.” This spares knees and keeps your next takeoff efficient.

Surface And Footwear

Rubber flooring or a springy gym mat absorbs impact and encourages a faster rebound. Flat trainers help you feel the floor; bulky foam can swallow force.

Session Planning: Work-Rest Makes The Biggest Difference

Short bursts with equal rest raise the average intensity. Longer steady blocks feel grindy but tally up minutes. Both paths work. Choose based on joints, space, and goals.

MET math is a standard way to estimate energy cost. The CDC’s intensity page explains how METs map to moderate and vigorous work. For activity lookups and classification, the Compendium of Physical Activities is the go-to reference used in research and coaching.

Pick A Structure You Can Repeat

Two or three squat-jump slots per week fit well near lower-body days or short conditioning sessions. Keep at least one day between hard jump sessions for recovery. Start with small sets and add rounds once landings feel crisp.

Sample Protocols And Estimated Burn

The table below uses a 150 lb (68 kg) person as the reference. Work intervals use higher METs; rest uses 2 METs. These are ballpark figures meant for planning, not lab results.

Calories From Squat-Jump Workouts (68 kg)

Protocol	Time	Estimated Calories
Tabata: 20s On/10s Off × 8 (Work 10 MET, Rest 2 MET)	4 minutes	~35 kcal
EMOM: 30s Work, 30s Easy × 12 (Work 8 MET, Rest 2 MET)	12 minutes	~71 kcal
HIIT: 40s Work, 20s Easy × 20 (Work 9 MET, Rest 2 MET)	20 minutes	~159 kcal

Rep Targets, Sets, And Smart Progression

Warm-Up

Open with ankle rocks, calf raises, air squats, and two or three sub-max jumps. You’ll jump higher and land cleaner when tissues are warm.

Starter Template

Try 3 × 10 jumps with 45–60 seconds between sets. If every rep looks snappy at the end, add two reps per set next time. If form slips, hold the count steady or shave a few jumps from the next round.

Power Template

Think shorter and sharper. Try 6 × 6 jumps with 60–75 seconds rest. Quality stays high, knees feel happier, and the average burn per minute rises.

Conditioning Template

Use 30-second windows. Go at a brisk pace you can repeat for 6–12 minutes. Keep landings quiet. If height crashes, reset for a set and return to form.

Safety Notes And Easy Swaps

When To Scale

If knees, hips, or backs feel tender, replace jumps with squat-to-calf-raise, step-off box jumps, or light pogo hops. These maintain rhythm with less impact.

Surface And Space

Clear overhead space. Pick a grippy floor. If the room is small, do quarter-turn jumps to vary landing angles without moving around.

Breathing And Bracing

Inhale on the way down, brace, and exhale as you drive up. Match breath to cadence to keep tension where you want it.

FAQ-Style Clarity Without The FAQ Block

Do Wearables Match The Math?

They’re close for many users, but not perfect for stop-start power work. Heart-rate lag and limited motion data can miss short spikes. MET math gives a steady baseline you can adjust with notes on pace and rest.

Can You Track By Reps Instead Of Minutes?

You can. Time a 30-second set and count reps. If you get 12 reps at a brisk pace, that’s about 24 per minute. Keep pace consistent across sessions so your estimates stay comparable.

Bringing It Together

Squat jumps punch above their weight for time spent. Set a band (6, 8, or 10 METs), pick a structure, and log minutes. Pair these with a balanced intake and you’ll see steady progress where you want it.

Want a deeper primer on slimming strategy? Try our calorie deficit guide.