- Improve your technique with a coordinated arm swing, a quick and comfortable countermovement, and full extension at takeoff.
- Combine lower-body strength exercises with a small number of high-quality jumps.
- Perform dedicated jump training two or three times per week, allowing enough recovery between hard sessions.
- Measure your vertical jump under the same conditions every four weeks.
- End a set when your jumps become visibly lower or your landings become loud, unstable, or painful.
Learning how to jump higher is not simply a matter of completing hundreds of repetitions. Vertical-jump performance depends on how much force you can produce, how quickly you can produce it, and how effectively you direct that force against the ground.
For most people, the best approach combines jumping technique, lower-body strength, plyometric exercises, gradual progression, and adequate recovery.
This guide is intended for healthy adults with basic exercise experience. It is not a rehabilitation program. Anyone with a current ankle, knee, hip, or back injury should seek guidance from a qualified medical or rehabilitation professional before beginning intensive jump training.
How Vertical Jumping Works
A powerful vertical jump requires your hips, knees, and ankles to work together. Your glutes, quadriceps, hamstrings, and calf muscles produce force, while the muscles around your trunk help you maintain position and transfer force efficiently.
Both strength and the ability to produce force quickly matter. Resistance training increases your capacity to produce force. Jumping and other explosive exercises help you apply that force rapidly and with the timing required for takeoff.
Research reviews support the use of resistance training, plyometric training, and programs that combine the two. A 2026 systematic review found that resistance training and several combined resistance-and-plyometric approaches improved countermovement-jump performance. However, no single program is ideal for every athlete.
Body mass can also affect relative power. Gaining strength without a large increase in nonfunctional mass may help jumping performance. However, rapid or aggressive dieting can reduce training energy, recovery, and muscle mass. Weight loss is not necessary for everyone; the main goal should be to become stronger, faster, and more technically efficient.
How to Measure Your Vertical Jump
Establish a baseline before beginning a new training program.
Stand beside a wall with both feet flat on the floor. Keep your shoulders level and mark the highest point you can reach with one hand. Chalk on the fingertips or a small removable piece of tape can make the mark easier to see.
Next, complete three maximum jumps and mark your highest touch. Subtract your standing reach from your best jumping reach to estimate your vertical jump.
For a more dependable result:
- Use the same warm-up each time.
- Wear the same shoes.
- Test on the same surface.
- Use the same arm action.
- Keep your standing-reach technique consistent.
- Rest sufficiently between attempts.
- Test at approximately the same time of day when practical.
Arm position matters. A free arm swing generally increases jump height compared with keeping the hands on the hips, so results from those two methods should not be compared directly.
Retest approximately every four weeks. Daily testing is unnecessary because sleep, fatigue, motivation, technique, and normal measurement variation can affect the result.
A side-view video can also help you evaluate technique. Look for an excessively slow countermovement, poor coordination between the arms and legs, incomplete extension, or an unstable landing.
How to Improve Your Jumping Technique
Begin with your feet approximately hip- to shoulder-width apart. Your exact stance should feel stable and allow your knees and hips to bend naturally.
Swing your arms behind you as you lower your body into a quick, comfortable countermovement. Do not deliberately force the shallowest or deepest possible squat. The best depth varies between individuals and may also depend on whether the goal is maximum height or a rapid sport-specific takeoff.
Reverse direction forcefully. Push against the ground as you swing your arms upward. Extend your hips, knees, and ankles as you leave the floor.
An arm swing can improve jump height by contributing momentum and changing how the lower body produces work. The arms and legs should move as one coordinated action rather than as separate movements.
Land quietly and in control. Bend your hips, knees, and ankles to absorb force, allow your entire foot to support the landing, and keep your knees moving in approximately the same direction as your toes.
Do not continue a set simply to reach a repetition target. A balanced landing is more important than completing extra repetitions with poor technique.
Best Exercises to Help You Jump Higher
Countermovement jumps
Countermovement jumps directly practice the movement you want to improve.
Complete two to four repetitions per set. Make each repetition a deliberate maximum-quality attempt and rest long enough to avoid turning the exercise into conditioning.
Pogo jumps
Pogo jumps train quick, spring-like ankle action and short ground-contact times.
Keep the jumps relatively low, maintain a tall posture, and leave the ground quickly. Stop when your contacts become slow or heavy.
Box jumps
Box jumps can train explosive takeoff and controlled landing mechanics.
Choose a box that allows you to land softly with your feet fully supported and your body balanced. Avoid boxes that force you to pull your knees sharply toward your chest or land in a very deep squat.
A higher box may only show that you lifted your feet farther after takeoff. It does not necessarily mean your center of mass traveled higher.
Step down from the box rather than repeatedly jumping backward from it.
Squats
Squats develop strength through the hips and knees. Use a depth that you can control while maintaining stable foot pressure and a comfortable spine position.
The weight should be challenging but should not cause grinding repetitions or major technique changes.
Romanian deadlifts
Romanian deadlifts strengthen the hamstrings, glutes, and other muscles involved in hip extension.
Move through a range that allows you to keep the weight controlled and your spine in a stable position.
Bulgarian split squats
Bulgarian split squats develop single-leg strength and can help address differences between sides.
Begin with body weight or light resistance until you can maintain balance and control throughout the movement.
Calf raises
Calf raises strengthen the muscles around the ankle and can support force transfer during takeoff.
They should complement rather than replace compound lower-body exercises and actual jumping.
Beginners should become comfortable with two-leg takeoffs and landings before progressing to demanding single-leg jumps, repeated depth jumps, or high-impact bounding exercises.
Warm Up Before Jump Training
Complete a short dynamic warm-up before maximum jumps or heavy strength work.
A practical warm-up may include:
- Several minutes of easy jogging, cycling, or skipping
- Ankle rocks
- Leg swings
- Reverse lunges
- Body-weight squats
- Two or three sets of progressively higher practice jumps
A dynamic warm-up lasting roughly seven to ten minutes is a reasonable starting point. A systematic review found that dynamic stretching generally supported acute lower-body explosive performance better than static stretching alone, although individual responses and study results varied.
Prolonged static stretching is not inherently harmful. However, avoid using it as the main preparation immediately before maximum jumping when it makes you feel slower or less explosive.
A Two-Day Vertical-Jump Training Plan
Perform the explosive exercises after your warm-up and before tiring strength exercises.
The following plan is an evidence-informed starting point for a healthy recreational athlete. It is not an individualized prescription.
| Session | Exercise | Sets and repetitions |
| Day 1 | Countermovement jump | 4 × 3 |
| Day 1 | Squat | 4 × 5 |
| Day 1 | Romanian deadlift | 3 × 6–8 |
| Day 2 | Standing calf raise | 3 × 10–15 |
| Day 2 | Pogo jump | 3 × 10–12 |
| Day 2 | Box jump | 4 × 3 |
| Day 2 | Bulgarian split squat | 3 × 6 per leg |
| Day 2 | Hip thrust | 3 × 6–8 |
Leave at least 48 hours between the two sessions. Athletes who remain sore, fatigued, or unusually slow may need additional recovery.
Rest for approximately two minutes between maximum-jump sets. Take two to three minutes between demanding strength sets when needed to maintain good technique.
Use loads that are challenging but controlled. Finish each strength set before your technique breaks down. There is no need to lift to muscular failure.
NSCA educational guidance emphasizes low-frequency, low-volume plyometric training and movement quality. It notes that two or three weekly sessions and a small number of plyometric exercises may be sufficient for many athletes.
Basketball practices, volleyball sessions, sprint workouts, and games also contribute to your total explosive-training workload. Reduce the sample program when your sport already includes frequent jumping.
How to Progress Your Training
Follow the program consistently for approximately four weeks before making major changes.
Progress in the following order:
- Improve the consistency of your takeoffs and landings.
- Make every repetition within the existing program high quality.
- Add a small amount of resistance to a strength exercise.
- Introduce a slightly more demanding jump variation.
- Increase jump volume only when technique and recovery remain good.
Change one main variable at a time. This makes it easier to determine whether the change is helping or creating excessive fatigue.
Do not perform maximum jumps every day. Muscles, tendons, joints, and the nervous system need time to recover from forceful takeoffs and landings.
Adequate sleep and sufficient food support training quality. Include enough total energy, protein, and carbohydrate to match your activity level. Persistent fatigue can reduce jump quality and make progress difficult to measure.
Common Vertical-Jump Training Mistakes
Turning jump training into conditioning
Maximum-power training requires rest. When fatigue becomes high, jump height and landing control usually decline.
End the set when:
- Your jump is visibly lower.
- Your takeoff becomes slow.
- Your landing becomes loud or unbalanced.
- You need extra steps to prepare.
- Your technique changes noticeably.
Using a box that is too high
The purpose of a box jump is not to reach the highest possible box. Use a height that allows a controlled takeoff and landing.
Adding too many exercises
More exercises do not automatically create better results. A few carefully selected drills performed consistently are usually more useful than a long circuit of low-quality jumps.
Advancing too quickly
Depth jumps, repeated hurdle jumps, high-volume bounds, and demanding single-leg jumps create more stress than basic two-leg exercises.
Build a base of strength, landing control, and lower-intensity jumping before introducing advanced exercises.
Ignoring total sports workload
Practices and games can include hundreds of takeoffs, landings, and rapid changes of direction. Additional jump training should complement this workload rather than compete with it.
Training through pain
Normal muscular effort and mild post-training soreness are different from sharp or worsening pain.
Stop training if you experience sharp pain, swelling, joint instability, or discomfort that becomes worse with each jump. Seek medical guidance when symptoms persist or affect normal walking and daily activity.
Frequently Asked Questions
Is vertical-jump ability mostly genetic?
Genetics can influence limb proportions, tendon characteristics, muscle-fiber composition, and natural coordination. However, technique, strength, power, and landing skill are trainable. Genetics may affect your starting point and potential, but they do not make training irrelevant.
How much can I realistically improve my vertical jump?
There is no reliable number that applies to everyone. Improvement depends on your starting ability, training history, technique, strength, body mass, recovery, age, and measurement method.
Beginners with clear technique or strength limitations may improve faster than experienced athletes. Focus on consistent measurements rather than promises of gaining a specific number of inches.
Do I need to perform weighted jumps?
No. Beginners can make progress with unweighted jumps and progressive resistance training.
Weighted jumps may be useful for experienced athletes, but the load should remain light enough to preserve speed, balance, and landing control. Introduce them only after mastering unweighted jumping.
Are depth jumps necessary?
No. Depth jumps are an advanced exercise, not a requirement.
Countermovement jumps, pogo jumps, strength training, and regular sport practice may provide enough stimulus for many people. Advanced exercises should solve a specific training need rather than being added simply because they look difficult.
Why has my vertical jump stopped improving?
Possible reasons include accumulated fatigue, inconsistent testing, too much jump volume, inadequate strength progression, poor sleep, insufficient nutrition, or repeatedly using the same training stimulus.
Review your total training and sports workload before adding more exercises.
Should basketball or volleyball practice count as jump training?
Yes. Practices and games contribute to your overall plyometric workload.
Athletes who jump frequently during their sport may need only a small amount of additional jump training. Extra sessions should improve a specific weakness without reducing performance during practice or competition.
