---
title: "Jump power training in football: get explosive with plyometrics"
description: "⚽ Jump power training in football: plyometric drills for U11 to U18, a 6-week plan and the contrast method explained. Make your team more explosive."
datePublished: 2026-06-17
tags:
- athletik
- sprungkraft
- plyometrics
- jugendfussball
- sprinttraining
- checklist
---
Most youth teams train speed by running laps, and strength not at all. Yet matches are rarely decided by the long distances. It is the first two steps to the ball, the take-off in an aerial duel and the burst from a standing start. All of that is jump power: the ability to put a lot of force into the ground in the shortest time. This guide shows you how to build it systematically, which drills suit which age, what the contrast method delivers and what a 6-week plan looks like that fits into normal training without extra time.
## Why jump power decides football matches
Headers, the first step and changes of direction all hang on the same
ability: producing force fast. Train it and you win the small duels that
goals are made of.
Look at how goals actually fall. Jumps precede about 16 percent of goal situations, linear sprints as much as 45 percent and changes of direction another 6 percent. All three movements share one thing: they demand explosive force from the legs, not endurance. The striker who is a step earlier on the ball, the centre-back who heads the cross clear, the winger who pulls away in a one-on-one: they all use jump power, even if only one of them visibly jumps. The same explosiveness decides who is first on the ball after a turnover: it is the physical base for [counter-pressing](https://areacopa.com/en/en/blog/counter-pressing-youth-u13-u14) and for fast [transition play](https://areacopa.com/en/en/blog/transition-play-youth-football).
A football match is made of many short, maximal actions with breaks in between. A player sprints only about eleven times per match on average, mostly over 10 to 20 metres. These bursts are not won by whoever can run longest, but by whoever picks up speed fastest. This is exactly where leg strength training comes in: more force per ground contact means a shorter, more forceful first step, a higher jump and a cleaner deceleration before the change of direction.
The good news: jump power is trainable, faster than many think, and it needs barely any kit. An open patch, a few cones and low hurdles are enough to start. If you train running technique and the first step alongside it, you combine this ideally with the drills from our [running ABC for footballers](https://areacopa.com/en/en/blog/soccer-running-drills). One builds the technique of the stride, the other the force behind it.
## What "explosive" really means
Explosiveness is force times speed: a lot of force in a very short time. The
stretch-shortening cycle is the engine behind it, and that is exactly what
plyometrics trains.
"Explosive" sounds like a buzzword, but it has a clear meaning. Maximal strength is how much a muscle can move at all, no matter how long it takes. Speed strength or explosive strength is how much of that you call up in a tiny window of time. In the jump and the burst you only have fractions of a second of ground contact. Whoever puts more force into the ground in that time jumps higher and accelerates faster. Experts call this the rate of force development: not how strong you are, but how fast you are strong.
The engine behind it is the stretch-shortening cycle. Before you jump, you briefly bend the knees. This stretches the muscle and stores energy like a tensioned rubber band. If you take off straight out of that movement, the muscle releases that energy on top of its own contraction. That is exactly the difference between a jump from a deep static stand and a jump with momentum: the momentum uses the stored energy.
> **Info:** There are two tempos to this cycle. In fast jumps like hurdle hops the ground
> contact is very short, often under a fifth of a second, which is called fast
> plyometrics. In drop jumps or a jump out of the squat the ground contact is
> longer. In football the fast tempo counts most, because your ground contacts
> during the first step are extremely short too.
Plyometrics is nothing other than the training that targets this cycle: short, forceful jumps with as little ground contact as possible. The body learns to push off again the instant it lands, instead of braking the movement. That is the bridge between raw strength and speed on the pitch.
## Plyometrics: the base for every age (U11 to U18)
Plyometrics works from age 11 to 12 when technique comes first. Landing first,
then more height, then load. A good session holds about 80 jumps.
Plyometric training can be used sensibly from around age 11 to 12, once children can consciously control a jump and landing movement. The most important rule: quality over quantity. Six clean jumps do more than twenty sloppy ones, and they protect the joints. A sensible session is made of about 80 jumps, spread across three to four drills with one to two sets, twice a week with at least 48 hours of rest in between.
Always start with the landing, not the take-off. Whoever lands soft, quiet and stable, with slightly bent knees over the balls of the feet and the knees over the toes, has mastered half the drill. A loud, stiff landing is the clearest warning sign. Let players first drop from a low height and come to a clean stop before you even think about jump height.
After that you stagger by age and ability. The overview shows what gets added at each stage:
Taking off and landing on two feet is mandatory in the younger stages. Light added load only comes in at U15 to U18, once the landing technique is solid and the strength work is in place.
> **Warning:** Drop jumps from high boxes create landing forces of several times body weight
> and do not belong in early youth football. Before around U15 you stay on low
> heights and two-footed landings. For single-leg jumps the rule is: take off
> from one leg, land on both, which lowers the load on the single knee.
### The drill catalogue: eight jumps for the pitch
Pick three to four drills per session and reach about 80 jumps that way. Increase the number of repetitions first, then height or distance. All figures are per player.
| Drill | How to | Dosage | From age |
| --- | --- | --- | --- |
| Pogo jumps (straight-leg) | Two-footed, legs straight, very short ground contacts | 2 to 3 × 8 | U11 |
| Squat jumps | Deep into the squat, explosive up, soft landing | 2 to 3 × 6 | U11 |
| Side jumps over a line | Two-footed fast back and forth, both sides | 2 to 3 × 10 per side | U11 |
| Standing long jump | Two-footed far forward, come to a clean stop | 2 to 3 × 5 | U11 |
| Low hurdle hops | Over 4 to 6 mini hurdles, short contacts | 3 × 5 rounds | U13 |
| Box jumps | Onto a low box, explosive up, soft landing | 2 to 3 × 6 | U13 |
| Single-leg hops | Off one leg, land on both | 2 × 5 per leg | U15 |
| Drop jumps | Down off a low box, straight back up | 2 to 3 × 5 | U15 |
One effective trick: jumps in several directions. In a match you rarely jump and turn straight ahead. So build in lateral and diagonal jumps and train both turning directions equally. It is exactly this versatility that sets football-relevant plyometrics apart from dull up-and-down hopping.
## What research shows about jump training
Jump training demonstrably improves jumping, sprinting and changes of
direction, often within six weeks. The evidence is convincing on direction,
but not on the fine-tuning.
The evidence for jump training in football points pleasingly in one direction: it works. Reviews across many studies with players of every age and both sexes show gains in jump height, sprint time, changes of direction, maximal strength and even shooting speed. A systematic review focused on young male footballers up to age 23 found, across all included studies, better numbers for sprint, jump and agility.
What is interesting is what does not work: one-sided training. Whoever drills only jumps or only changes of direction often transfers it poorly to real agility in the game. A mixed, neuromuscularly demanding programme of jumps, changes of direction and stability work beats drilling single building blocks to death. In practice that means: combine, instead of repeating a single drill form into the ground.
On patience an honest look pays off. A study with adolescent female players brought more jump height and shooting distance with just one session per week. But only after 14 weeks, not after 7. With two sessions per week it goes faster; first effects often show after about six weeks.
> **Info:** Sources for this chapter: a scoping review on jump training in football (Thapa
> et al., Human Movement 2025), a systematic review on plyometrics in young
> footballers (Zaher, MSH Hamburg 2025) and an intervention study with
> adolescent female players (Vandyke, UNLV 2005). A fair note: many individual
> studies work with small groups, so the broad direction is well evidenced, but
> the optimal dosage in detail is not yet settled.
## No explosiveness without strength
Explosiveness is force called up fast. Without base strength there is nothing
to call up. That is why strength training is the foundation on which
plyometrics and the contrast method work in the first place.
Plyometrics does not make you stronger, it makes you fast-strong. That is a difference. If the base strength is missing, there is little there to call up quickly. So every serious jump-power build-up includes a minimum of strength training for the legs and the trunk. The stronger the base, the more every plyometric drill adds on top.
In childhood and youth, strength training does not mean heavy barbells. In the pre-puberty phase, strength improves mainly through the nervous system, not through muscle growth: the body learns to recruit more muscle fibres at once. Bodyweight exercises, partner drills and stabilising forms for trunk and legs are plenty for that. A high base strength also links directly to fewer injuries, so load-based strength training is doubly useful.
From puberty, around U15, strength training can get more concrete, with clean technique and slowly rising load. Two short sessions per week are enough. What matters is the right order across the season: lay the strength base first, then set explosiveness on top.
> **Tip:** Watch that you do not train strength and endurance against each other. A lot
> of parallel endurance work can brake the strength and speed-strength gains. So
> do not put the intense running and the strength stimuli into the same
> exhausted session; spread them across the week.
## The contrast method (PAP): worth the effort?
In the contrast method an explosive jump follows straight after a heavy lift,
making it briefly more forceful. It only works for players who already do
strength training, and it costs a lot of rest time. For most teams it is a
bonus, not a must.
The contrast method, also called complex training, is the most advanced stage. The principle: you pair a heavy strength exercise with an explosive movement in the same movement pattern, for example a heavy squat directly followed by a maximal jump. The heavy exercise activates the nervous system so strongly that the following jump turns out briefly more forceful. Experts call this effect post-activation potentiation, PAP for short. Put simply, the jump afterwards feels feather-light, as if you were yanking up a bucket you thought was brimful but which is half empty.
Here is how it looks in practice, for mature players with strength-training experience from U15 or in the adult game:
- **Load range:** 75 to 90 percent of maximal strength on the heavy exercise.
- **Repetitions:** only 1 to 5 per set, low total volume with 2 to 4 sets.
- **Pairing:** biomechanically similar, such as squat plus extension jump or deadlift plus standing long jump.
- **Rest between heavy exercise and jump:** 3 to 12 minutes, the stronger the player, the longer.
- **Block length:** 4 to 6 weeks show clear effects, some benefit up to 8 to 12 weeks.
These rest times are exactly the catch. Whoever has to wait several minutes between heavy load and jump rarely fits in enough clean rounds in normal team training. On top of that: the effect is highly individual and works mainly in already strong players, barely in untrained ones. For an average amateur or youth team the effort is therefore rarely justified.
> **Warning:** The contrast method requires solid maximal strength and flawless technique.
> Without that foundation it is ineffective and risky. For children and younger
> youth players it is not an option. If in doubt, leave it out: plain plyometric
> training gets most teams more per minute invested.
## Your 6-week plan for more jump power
A clear plan turns loose jumps into a system: landing technique first, then
volume, then speed. Folded into the warm-up twice a week, at no extra time.
You do not need a separate training session for jump power. The simplest route is to fold the jumps into the warm-up, twice a week for about 10 to 15 minutes. For what a good no-equipment warm-up looks like, see our [U11 warm-up](https://areacopa.com/en/en/blog/u11-warm-up-no-equipment). That replaces the usual lap running and costs you no extra training time. All that matters is the order across the weeks: firm up the technique first, then raise the volume, finally sharpen the speed.
Keep to the age limits. U11 to U14 stay on bodyweight throughout all phases and land two-footed. U15 to U18 may add single-leg jumps from phase 3 and light added load or first drop jumps from phase 5. Track your progress simply: note the standing long jump distance or the vertical jump height of each player at the start and the end. You meet these same values at a [player tryout](https://areacopa.com/en/en/blog/youth-football-tryouts-guide) too, where they reveal more about physical maturity than about talent. After six weeks you see in black and white whether the plan works.
Whoever brings running technique and jump power together has the complete burst machine: the [running ABC for footballers](https://areacopa.com/en/en/blog/soccer-running-drills) delivers the technique of the stride, this plan the force behind it. And once the team is more explosive after pre-season, all that is missing is the live test against real opponents. A pre-season tournament shows whether the new burst holds up under match pressure too.
[Plan your pre-season tournament now](https://areacopa.com/en/tournaments/new?utm_source=agent&utm_medium=markdown&utm_campaign=explosive-power-football)
## Download the program (PDF)
The full jump-power program as a printable PDF: the ground rules, the drill catalogue with dosage and age clearance, the 6-week plan and a table to measure each player's progress before and after.
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Source: https://areacopa.com/en/blog/explosive-power-football