How to Increase Your Vertical Jump: Exercises, Training, and a Realistic Timeline

To jump higher, train three things 2–3 times a week: lower-body strength (squats, deadlifts, split squats), explosive plyometrics (squat jumps, depth jumps, bounds), and jump technique. Strength gives you force; plyometrics teaches you to use it fast. Beginners can add the most in year one, roughly 2–4 inches (5–10 cm) with consistent work.

The short answer

A bigger vertical comes from four things working together: lower-body strength, explosive power, plyometric reactivity, and clean jumping technique. You build force in the weight room with squats, hinges, and split squats, then teach your body to apply that force fast with jumps and bounds. Technique is the free win most people skip.

You do not need a gym full of machines. Two or three focused sessions per week, an honest warm-up, and patience will move your numbers. The exercises below are ordered from foundation to advanced, and the advanced ones carry a real strength prerequisite that most articles leave out.

How a jump is actually produced

A vertical jump is a burst of force pushed into the ground in a fraction of a second. The higher you go, the more force you produce and the faster you produce it. That speed is why pure strength alone is not enough.

Two ideas matter here. First is the stretch-shortening cycle: when your muscles and tendons stretch quickly right before they contract (think of the quick dip before you leap), they store and release elastic energy, like a stretched rubber band. Second is fast-twitch muscle, the fibers that fire quickly and forcefully. Strength training builds the size and force of those fibers; plyometrics trains them to fire fast and trains your tendons to handle the snap. You want both.

Quick technique wins

Before any program, fix your jumping form. Better technique can add inches the same day, because most people waste energy in a slow, disorganized takeoff.

Use a hard arm swing

Your arms should drive down and then explode up as you leave the ground. A coordinated upward arm swing can add a few inches on its own by adding momentum at takeoff. Practice the timing so your arms peak as your feet leave the floor, not before.

Master the penultimate step (for running jumps)

On a running, one-foot jump, the second-to-last step (the penultimate step) is where you lower your hips and gather power. You step long and low to load the legs, then a short, punchy last step converts that into height. Most untrained jumpers stay tall and lose the gather entirely.

Two-foot vs one-foot

A two-foot jump from a standstill relies more on raw strength and a deep dip. A one-foot running jump relies more on speed, rhythm, and elastic bounce off a stiff ankle. Train the one you actually need, but the strength and plyometric work below helps both.

The strength layer

Strength is the base of every vertical program. The more force your legs and hips can produce, the more raw power you have to convert into height. Train these 2–3 times per week in the lower-rep, heavier ranges (roughly 3–6 reps once your form is solid).

• Back or front squats: the single best builder of leg drive. Squat to at least parallel with control.
• Deadlifts and hip hinges: deadlifts and Romanian deadlifts build the hips, hamstrings, and glutes that power extension at takeoff.
• Bulgarian split squats: single-leg strength fixes left-right imbalances and carries directly to one-foot jumping.
• Calf raises and ankle stiffness: a stiff, springy ankle returns energy instead of absorbing it. Train standing calf raises and pogo hops for that quick bounce.

You do not need to be a powerlifter, but a stronger squat almost always raises your ceiling, especially for beginners who have never trained legs hard.

The plyometric layer

Plyometrics teach your body to express strength fast, which is the whole game in jumping, and meta-analyses of training studies consistently show plyometric work adds measurable jump height. Start with low-intensity jumps and progress only when each level feels controlled and your landings are quiet and balanced.

Squat jumps and tuck jumps

These are your entry point. Squat jumps build a powerful two-foot takeoff; tuck jumps add quickness by pulling the knees up fast. Land softly, reset, and jump with full effort each rep rather than rushing through them tired.

Bounds

Bounds are exaggerated, powerful running strides that build single-leg power and elastic bounce. They translate well to one-foot running jumps and teach you to live in that springy ankle.

Depth jumps (read the warning)

Depth jumps are an advanced plyometric: you step off a low box, land, and immediately explode upward, using the hard landing to trigger a fast, powerful jump. They are effective, and they are easy to get hurt on.

Strength prerequisite: a common coaching standard is being able to squat around 1.5 times your body weight before adding real depth jumps. If you are not there, the landing forces are more than your tendons are ready for, and the exercise trains injury, not power. Start with a low box (12 inches / 30 cm or less), keep the volume tiny, and stop the second your landings get sloppy. If your knees or Achilles ache, you are doing too much, too high, or too soon.

The truth about box jumps

Box jumps look impressive but mostly train how high you can tuck your knees, not how much power you produce. The landing on top is soft, so they remove the part that builds explosiveness. They are fine for teaching a coordinated takeoff and a controlled landing, but do not confuse a tall box jump with a tall vertical. Squat jumps and depth jumps build more usable power.

A no-equipment at-home routine

You can make real progress with zero equipment by using bodyweight strength and plyometrics. Do this 2–3 times per week on non-consecutive days, after a thorough warm-up.

• Bodyweight squats: 3 sets of 15–20, slow and deep.
• Bulgarian split squats (back foot on a chair): 3 sets of 8–10 per leg.
• Single-leg calf raises: 3 sets of 12–15 per leg.
• Squat jumps: 3 sets of 5, max effort, soft landings.
• Pogo hops (quick, stiff-ankle bounces): 3 sets of 10–15.
• Broad jumps (standing long jump): 3 sets of 3, resetting fully between reps.

Keep jump reps low and crisp. Quality beats quantity, and tired, mushy jumps build bad habits.

A sample weekly schedule

Here is how the layers fit together across a week. Combine strength and plyometrics in the same sessions, do jumps when you are fresh (early in the workout), and leave room to recover.

Realistic gains and timeline

Honest expectations keep you training instead of quitting. How fast you gain depends mostly on how trained you already are, and beginners have the most room to grow.

For context, the average adult vertical is around 16–20 inches for males and 12–16 inches for females, while elite jumpers reach 28+ inches (males) and 24+ inches (females). A beginner who jumps 18 inches now could realistically reach the low 20s within a year of steady, smart training, and young or very untrained athletes sometimes gain more. Gains slow as you advance, which is normal, not failure.

Recovery and avoiding injury

Jump training is hard on tendons, so recovery is part of the program, not a break from it. The two areas most at risk are the patellar tendon (front of the knee) and the Achilles tendon (back of the ankle), both of which take a beating from high-volume jumping.

Protect them by keeping jump volume low and quality high, progressing box height and intensity slowly, and taking at least a day between heavy jump sessions. Warm up fully before any explosive work, and treat aching tendons as a stop sign, not something to push through. A mild ache that lingers for days means back off the volume now, before it becomes a real injury that costs you months.

Re-test, and what to skip

Re-test your vertical every 6–8 weeks, not every week. Day-to-day jump numbers bounce around with fatigue, so frequent testing just adds noise. A two-month gap gives the strength and plyometric work time to show up as real change.

Two things to ignore: ankle weights and so-called "jump higher" shoes. Ankle weights slow your limbs and can stress your joints without building usable power, and platform shoes that claim to add inches mostly load your calves in a way that does not transfer to a real jump. Spend that money and time on squats, bounds, and recovery instead. Measure honestly, train the layers, and let the timeline do its work.