3.5 Plyometric Exercise Library & Sport-Specific Applications

The short version

Ask most people to name a jumping exercise and you will get a squat jump, then a box jump, then a long pause. That pause is the thing this article fixes. Jumping and hopping drills tend to get collected the way people collect songs — one at a time, by name, until the whole playlist sounds the same. Sort them by the direction your body actually travels instead, and the gaps become obvious in about thirty seconds.

So that is what happens here. Every drill gets filed under one of four directions. Then you get a short order of questions for choosing one, a simple way of counting how much you are doing, and a sense of what to emphasise depending on your sport. There is a twelve-week outline near the end too — treat it as a shape to borrow, not a recipe.

If you already jump, hop and throw regularly, this is the part that turns a pile of drills into a system. If you are newer, read it as a map of what exists, so you know what you are leaving out.

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Four directions, not fifty names

Bodies move four ways, so the drills do too. Up, forward, sideways, and twisting. Up is the box jump family. Forward is broad jumps and bounding. Sideways is skater hops and lateral hurdle hops. Twisting is rotational throws and turning jumps. That is the entire filing system, and once it is in your head you can slot any new drill you come across into it without thinking about it.

Almost everyone overloads the "up" drawer. Vertical jumping is easy to measure, easy to film, and it feels like progress. Meanwhile sport spends most of its time in the other three directions. A winger cutting past a defender is not jumping. Neither is a boxer turning through a hook. If your list of drills is all vertical, you have been training roughly a quarter of the job.

Choosing a drill is a short sequence, not a coin flip. First: can you handle it today — are the legs fresh, are the joints happy? Then which direction you are trying to improve. Then whether you want a fast, springy contact or a slower, deeper one. Then one leg or two. Volume is the last decision, not the first. Most people run that list backwards and then wonder why nothing changes.

Count ground contacts, not sets. One landing, one hop, one bound — that is a contact. It is a blunt measure, but it tracks what matters: how much force your tendons and joints had to absorb. The rule that comes with it is unglamorous: the harder the drill, the fewer contacts. Little ankle hops can run into the hundreds. Depth drops off a high box get counted on your fingers.

One leg is not the advanced version. It is the normal version. Watch any running, cutting or landing moment in a game and count how many happen on two feet at the same time. Almost none do. Single-leg hops belong in a beginner's programme, just at a low height and a small volume. Holding them back for later means holding back the most relevant thing you could be doing.

A block should end sharp, not exhausted. Across a few weeks the intensity climbs and the volume drops, so the last week is a small number of very high-quality efforts rather than a mountain of tired ones. Plenty of people build it the other way round, piling on work at the end, and then feel heavier than when they started.

"Sport-specific" does not mean copying the sport. Strapping a band to a boxer's wrist and asking for punches is not plyometric training, it is just a punch with extra homework. What actually makes a drill specific is matching three things: the direction the force goes, how long the foot stays on the ground, and whether it is one leg or two. Get those lined up and the drill can look nothing like the sport and still carry over.

The library is a menu, not a prescription. Nobody needs all of it. Three or four drills chosen with the questions above will beat fifteen chosen because they looked good in a video. The decision-making is the valuable part. The list further down is just there so you know what your options are.

The rest of the article gets into the detail: the full library sorted by direction, the selection sequence with numbers attached, contact volumes, worked examples for basketball, soccer, boxing and volleyball, and the twelve-week block. Those sections are more technical, so read them when you want the mechanism rather than the map.

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The plyometric exercise library organised by movement directionA root node labelled plyometric exercise families branching into vertical, horizontal, lateral and rotational categories, each listing representative exercises.The plyometric exercise library organised by movement directionPlyometric exercise familiesVerticalCountermovement jumpBox jump, tuck jumpDepth jumpPogo and ankle hopsHorizontalBroad jumpRepeated broad jumpBoundingStanding triple jumpLateralSkater boundLateral box jumpLateral hurdle hopLateral depth drop toboundRotational180-degree jumpMedicine ball rotationalthrowLandmine rotational throwMedicine ball side toss

Figure 3.5.1 — Organising plyometrics by direction rather than by name makes gaps obvious. Most programmes over-serve the vertical column and under-serve the lateral and rotational ones.

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Vertical

Vertical plyometrics train the ability to project the body upward. They are the most familiar family and the easiest to measure, which is why they dominate most programmes. They range from very low intensity ankle hops through to depth jumps at the top of the ladder (Chu & Myer, 2013).

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• Low intensity. Ankle hops, pogo hops, jump rope. Short contacts, small joint excursions, high frequency. Trains ankle stiffness and elastic return (Markovic & Mikulic, 2010).
• Moderate intensity. Countermovement jump, squat jump, box jump, tuck jump, split squat jump. Larger amplitude, controlled landings.
• High intensity. Depth jump, rebound box jump, single-leg depth jump, weighted vest jumps. Highest peak forces, lowest volumes.

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Horizontal

Horizontal plyometrics train projection forward, which is what sprinting and most field-sport actions actually require (Loturco et al., 2015). They are consistently under-represented relative to their importance, partly because they are harder to measure and need more space.

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• Low to moderate. Broad jump, standing triple jump, repeated broad jump. Emphasis on distance covered and controlled landings.
• Moderate to high. Bounding, single-leg speed bound, alternate-leg bounding. Continuous horizontal projection with short contacts.
• High. Depth drop to broad jump, depth drop to sprint, hurdle hop to sprint. Combines high eccentric load with horizontal output.

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Lateral

Lateral plyometrics train the frontal plane, which is where a large proportion of change-of-direction actions and non-contact knee injuries occur. This family deserves more attention than it usually receives.

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• Entry level. Lateral hops in place, lateral bound to stick. Emphasis on landing control and frontal-plane alignment.
• Developing. Skater bound, lateral box jump, lateral hurdle hop. Continuous lateral projection with controlled landings.
• Advanced. Lateral depth drop to bound, reactive lateral bounds off a cue. Highest load and least predictable.

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Rotational

Rotational plyometrics train the trunk and the transverse plane. In the lower body this means jumps with a turn; in the upper body it means medicine ball throwing, which applies the stretch-shortening cycle to the trunk and shoulder.

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• Lower body. 180-degree rotational jump, quarter-turn hops, rotational bounds. Trains landing control while turning.
• Upper body and trunk. Medicine ball rotational throw, side toss, scoop toss, landmine rotational throw. Applies the same principles above the waist.

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A quick audit: List the plyometrics in your current programme and sort them into these four columns. If three columns are nearly empty, the programme has a structural gap rather than a volume problem.

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Selecting, sequencing and dosing

A decision sequence for exercise selection

Choosing plyometric exercises is more reliable when it is treated as a sequence of decisions rather than as a preference. The sequence below removes most of the guesswork and makes the reasoning auditable afterwards.

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How to select a plyometric exerciseA decision chain with five steps: Confirm readiness, choose direction, choose stretch-shortening cycle type, choose limb configuration, then set volume.How to select a plyometric exercise1. ConfirmreadinessCan the athlete landthis pattern quietlyand hold it? If not,stay at the landingstage.2. Choose directionVertical, horizontal,lateral or rotational,based on what the sportactually demands.3. Choose stretch-shortening cycle (SSC) typeFast for short contactsand stiffness; slow formaximal amplitudeoutput.4. Choose limbDouble leg for capacityand load; single legfor specificity andasymmetry.5. Set volumeCount contacts, notsets. Higher intensitymeans fewer contacts.

Figure 3.5.4 — Exercise selection becomes straightforward when it is treated as a sequence of decisions rather than as a choice from a list of favourites.

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The first decision is the one most often skipped. Readiness is judged on whether the athlete can land the pattern in question quietly and hold the position, not on how long they have been training or how strong they are in the gym. An athlete may be ready for double-leg vertical work and clearly not ready for single-leg lateral work, and that is a normal and useful distinction to make.

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Volume guidance in ground contacts

Counting contacts rather than sets is the single most useful discipline in plyometric programming, because it is the only unit that reflects tissue loading. A set of six hurdle hops is six contacts; a set of three depth jumps is three contacts but at far higher intensity per contact.

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• Beginner. Roughly 60 to 100 contacts per session, drawn almost entirely from low and moderate intensity exercises (Potach & Chu, 2016).
• Intermediate. Roughly 100 to 140 contacts per session, with a minority from higher-intensity exercises (Ramirez-Campillo et al., 2013).
• Advanced. Up to roughly 140 to 150 contacts for lower-intensity work, but substantially fewer when the session is built around shock work: 40 to 80 contacts is common (Potach & Chu, 2016).

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These ranges are starting points rather than targets. The more informative signal is how the athlete responds over the following 48 hours. Tendon soreness that appears the next day and lingers indicates the dose has outpaced adaptation regardless of what the numbers say.

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Intensity and volume should move in opposite directions. A session containing depth jumps should contain fewer total contacts than a session built on pogo hops, not the same number (Kellis et al., 2009).

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What sport-specific actually means

Sport-specific plyometric training is widely misunderstood as making the exercise resemble the sport skill, usually by adding a ball or a piece of equipment. That approach tends to degrade both the training quality and the skill.

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A more defensible interpretation is to match the mechanical demands: The direction of force, the duration of ground contact, the limb configuration, and the plane in which the athlete has to control themselves. A soccer player needs single-leg horizontal and lateral work with short contacts. A volleyball player needs double-leg vertical work with a longer countermovement. Neither needs a ball in their hands during the plyometric.

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Plyometric emphasis by sportA table of sports as rows with columns for the dominant direction, the dominant stretch-shortening cycle type, and the limb configuration that matters most.Plyometric emphasis by sportDominant directionSSC typeLimb emphasisBasketballVertical, some lateralBoth fast and slowSingle and double legVolleyballVerticalMostly slow, some fastDouble leg, some singleSoccerHorizontal and lateralMostly fastPredominantly single legSprintingHorizontalFastSingle legBoxing and MMARotational and lateralFastTrunk and single legRugby and footballHorizontal, lateralBothSingle and double legTennisLateral and rotationalFastSingle leg

Figure 3.5.2 — Selecting plyometrics by sport demand rather than by tradition prevents the common outcome where every athlete performs the same vertical jump programme.

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The exception worth noting is that reactive and unanticipated elements are genuinely sport-specific and are worth adding late in a progression. Landing in response to a cue, bounding toward a called direction, or jumping while contested are all closer to sporting reality than the same movement performed on command, and they belong at the end of a progression rather than the start (Young et al., 2015).

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Combining plyometrics with other training

Within a session, plyometrics generally come first, after the warm-up and before heavy strength or conditioning work (Chu & Myer, 2013). The exception is deliberate contrast or complex training, where a heavy set is followed after a managed rest by an explosive set to exploit post-activation potentiation (Dello Iacono et al., 2016). That method works but requires an established strength base and careful attention to the rest interval, which is typically several minutes rather than seconds (Suchomel et al., 2016).

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Across a week, high-intensity plyometric sessions should be separated by at least 48 hours when they load the same tissue in the same way (Potach & Chu, 2016). Low-intensity hopping and landing work can be performed far more frequently, and daily inclusion in a warm-up is a reasonable and low-cost way to accumulate exposure.

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Across a block, the usual pattern is to establish strength and landing competence first, then build amplitude, then reactivity, and finally to express the qualities at the highest intensities with the lowest volumes.

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A twelve-week block structure

The structure below is a workable default. It is not a prescription, and the phase boundaries should move according to how the athlete responds rather than according to the calendar.

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A twelve-week plyometric block structureFour stacked rows showing a progression across a twelve week training block, from foundation through to expression, with the emphasis and typical contact volumes for each phase.A twelve-week plyometric block structureWeeks 1–3: FoundationLanding drills, altitude landings, low-amplitude hops. 60–80 contacts per session. Learningpositions.Weeks 4–6: AmplitudeCountermovement and box jumps, broad jumps, skater bounds. 80–120 contacts. Adding range anddirection.Weeks 7–9: ReactivityHurdle hops, repeated jumps, bounding, single-leg work. 100–140 contacts. Short contact timesemphasised.Weeks 10–12: ExpressionDepth jumps, depth drop combinations, sport-specific and reactive drills. 40–80 contacts. Highestintensity, lowest volume.Higher volumeHigher intensity

Figure 3.5.3 — Intensity rises and volume falls as the block progresses. The final phase contains the least work and the highest quality.

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Two features of this structure are worth highlighting. First, volume peaks in the middle of the block and falls at the end, which is the opposite of what most people expect. Second, the final phase is short in duration and small in volume, because its purpose is to express qualities that were built earlier rather than to build anything new.

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If an athlete misses time or arrives at a phase without the readiness criteria met, the correct response is to extend the previous phase rather than to compress the next one.

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Worked examples

The examples below show how the decision sequence produces different programmes for different athletes. Each is one session from the reactivity phase of a block.

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Basketball guard, intermediate

1. Ankle hops, 3 sets of 12 contacts. Low intensity, fast stretch-shortening cycle, ankle stiffness.
2. Skater bound to stick, 3 sets of 6 per side. Lateral, single leg, landing control emphasised.
3. Hurdle hops, 4 sets of 5. Vertical, fast contacts, double leg.
4. Single-leg box jump, 3 sets of 4 per leg. Vertical, single leg, moderate intensity.
5. Total contacts approximately 118.

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Soccer midfielder, intermediate

1. Pogo hops, 3 sets of 15 contacts. Ankle stiffness for repeated running contacts.
2. Single-leg speed bound, 4 sets of 6 per leg. Horizontal, single leg, sport-dominant direction.
3. Lateral hurdle hop, 3 sets of 6 per side. Frontal plane control.
4. Broad jump to sprint, 3 sets of 3. Horizontal output linked into acceleration.
5. Total contacts approximately 126.

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Boxer, intermediate

1. Jump rope, 3 minutes as part of the warm-up. Low-level ankle stiffness and rhythm.
2. Medicine ball rotational throw, 4 sets of 5 per side. Trunk stretch-shortening cycle, sport-dominant plane.
3. Lateral bound to stick, 3 sets of 6 per side. Lateral control for footwork and level changes.
4. Depth push-up, 3 sets of 4. Upper-body reactive strength.
5. Total lower-body contacts approximately 46, plus upper-body and trunk work.

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Volleyball hitter, advanced

1. Ankle hops, 2 sets of 12. Preparation.
2. Approach jump to a controlled landing, 4 sets of 4. Sport-dominant amplitude and pattern.
3. Depth jump, 4 sets of 3. High-intensity reactive work with generous rest.
4. Single-leg hop to stick, 3 sets of 4 per leg. Single-leg landing control.
5. Total contacts approximately 76, reflecting the higher intensity of the session.

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Notice that the advanced athlete performs the fewest contacts. That is the intended relationship between intensity and volume, and it is the part most often inverted in practice.

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Sport applications

Basketball and volleyball athletes need vertical amplitude and repeated jumping capacity, with single-leg competence because so much jumping is off one leg under contest. Approach jump mechanics are worth coaching directly rather than assuming they transfer from general jumping.

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Soccer, rugby and field hockey athletes need horizontal and lateral work with short contacts and predominantly single-leg configurations. Vertical jumping has a place for general capacity but should not dominate.

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Sprinters and track athletes need horizontal projection and very short contacts. Bounding, short-contact hurdle hops and pogo work carry more relevance than maximal vertical jumping (Loturco et al., 2015).

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Combat athletes need rotational and lateral work, with a substantial trunk and upper-body component through medicine ball throwing. Lower-body work supports footwork and level changes rather than maximal jumping.

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Tennis and racquet sport athletes need lateral and rotational emphasis with single-leg landing control, reflecting the repeated wide recovery movements that characterise the sport.

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Common mistakes

• Building the whole programme from vertical jumping. It is the easiest family to program and measure, which is why it crowds out horizontal, lateral and rotational work that the sport may need more.
• Treating single-leg work as advanced. Most sporting contacts are single leg. Delaying single-leg work until late in a progression leaves the most relevant configuration untrained for months.
• Adding sport equipment to make a plyometric specific. Holding a ball rarely improves the plyometric and often degrades both it and the skill. Match the mechanics instead.
• Keeping volume constant as intensity rises. Volume must fall as intensity rises. Maintaining contact counts into a depth jump phase is how athletes accumulate tendon problems.
• Progressing on the calendar rather than on readiness. A phase boundary is a decision point, not a date. If the readiness criteria are unmet, extend the current phase.
• Introducing reactive and unanticipated work too early. Reacting to a cue while landing is the most demanding version of the task and belongs at the end of a progression.
• Copying a published block without adapting it. Block structures are templates for reasoning. The volumes and phase lengths need to match the athlete in front of you.

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Coaching cues

• Pick the direction the sport needs
• Count contacts, not sets
• Land it before you rebound it
• One leg matters more than you think
• Intensity up means volume down
• Quality ends the set
• Match the mechanics, not the equipment

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FAQs

How many plyometric exercises should a session contain?

Typically three to five. More than that usually means the volume per exercise is too low to be a meaningful stimulus, and it makes the session harder to monitor. A session with three well-chosen exercises performed with full attention is generally better than one with eight.

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Can I do plyometrics on consecutive days?

Low-intensity work such as ankle hops, jump rope and landing drills can be performed daily, and often is as part of a warm-up. High-intensity work such as depth jumps needs at least 48 hours between sessions loading the same tissue in the same way.

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How do I count contacts for bounding or a run-up?

Count each ground contact in the plyometric portion. In a bounding run of ten contacts, that is ten. Do not count the approach jog, which is not a plyometric contact. For combination drills such as depth drop to hurdle hop, count both the landing and the take-off contact.

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Should medicine ball throws be counted in plyometric volume?

Count them separately, because the tissue being loaded is different. Upper-body and trunk throwing volume does not compete with lower-limb tendon capacity, so tracking them as separate columns is more informative than adding them together.

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Is it worth doing plyometrics if I have no equipment?

Yes. Ankle hops, pogo hops, countermovement jumps, broad jumps, skater bounds, tuck jumps, split squat jumps and snap-downs all require nothing. Boxes and hurdles expand the options but are not necessary for a productive programme.

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How do I know if the programme is working?

Track something specific and repeatable. Countermovement jump height addresses slow stretch-shortening cycle qualities; a drop jump reactive strength index addresses fast qualities; a standing broad jump addresses horizontal output (Flanagan & Comyns, 2008). Test the quality the programme is targeting rather than a general measure.

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Recommended videos

Each video below was chosen because it covers a specific part of this article in more depth than text alone allows.

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Related reading on FitXplor

• 3.1 Introduction to Plyometrics
• 3.2 The Stretch-Shortening Cycle
• 3.3 Landing Mechanics and Force Absorption
• 3.8 Jump Training and Vertical Power
• 3.9 Reactive Strength and Elastic Qualities
• 3.10 Agility and Change of Direction

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References

Potach, D. H., & Chu, D. A. (2016). Program design and technique for plyometric training. In G. Haff & N. T. Triplett (Eds.), Essentials of Strength Training and Conditioning (4th ed.). Human Kinetics.

Chu, D. A., & Myer, G. D. (2013). Plyometrics. Human Kinetics.

Sáez-Sáez de Villarreal, E., Kellis, E., Kraemer, W. J., & Izquierdo, M. (2009). Determining variables of plyometric training for improving vertical jump height performance: a meta-analysis. Journal of Strength and Conditioning Research, 23(2), 495–506.

Markovic, G., & Mikulic, P. (2010). Neuro-musculoskeletal and performance adaptations to lower-extremity plyometric training. Sports Medicine, 40(10), 859–895.

Ramirez-Campillo, R., Andrade, D. C., & Izquierdo, M. (2013). Effects of plyometric training volume and training surface on explosive strength. Journal of Strength and Conditioning Research, 27(10), 2714–2722.

Loturco, I., Pereira, L. A., Kobal, R., et al. (2015). Transference effect of vertical and horizontal plyometrics on sprint performance of high-level U-20 soccer players. Journal of Sports Sciences, 33(20), 2182–2191.

Dello Iacono, A., Martone, D., & Padulo, J. (2016). Acute effects of drop-jump protocols on explosive performances of elite handball players. Journal of Strength and Conditioning Research, 30(11), 3122–3133.

Flanagan, E. P., & Comyns, T. M. (2008). The use of contact time and the reactive strength index to optimize fast stretch-shortening cycle training. Strength and Conditioning Journal, 30(5), 32–38.

Suchomel, T. J., Nimphius, S., & Stone, M. H. (2016). The importance of muscular strength in athletic performance. Sports Medicine, 46(10), 1419–1449.

Young, W. B., Dawson, B., & Henry, G. J. (2015). Agility and change-of-direction speed are independent skills. International Journal of Sports Science & Coaching, 10(1), 159–169.