Speed and strength are only part of the story. What often separates good athletes from great ones is power — the ability to apply strength quickly.
When it comes to athletic performance, speed and strength are only part of the story.
What often separates good athletes from great ones is power — the ability to apply strength quickly.
That is where plyometrics come in.
Plyometric training, sometimes called jump training, is designed to improve the stretch-shortening cycle of muscles and tendons.
In simple terms, it helps athletes store and release energy more efficiently — like a spring — leading to faster sprints, higher jumps, sharper changes of direction and greater overall explosiveness.
Plyometrics are not just about jumping higher. They are about teaching the body to produce, absorb and redirect force quickly.
Plyometrics involve rapid eccentric and concentric actions — muscle lengthening followed quickly by muscle shortening.
A simple example would be jumping off a box, landing, and immediately springing upward again.
Exercises can range from simple hops, skips and pogo jumps through to more advanced bounding, hurdle jumps and depth jumps.
The goal is not just to jump higher or further. The real aim is to train the neuromuscular system to react quickly, recruit muscle fibres effectively and improve coordination.
Plyometric training can improve vertical jump height, sprint speed and agility performance.
These qualities transfer directly to sport, whether that means accelerating past an opponent, contesting a ball in the air, reacting quicker to a loose ball or cutting sharply on the pitch.
Athletes who can apply force rapidly have a competitive edge.
This is known as rate of force development — and it is one of the key qualities that allows strength to show up in sport.
Plyometrics help turn strength into usable, sport-specific power.
Properly progressed plyometric training can improve tendon stiffness, landing mechanics and joint stability.
For youth athletes especially, this matters because better landing and deceleration control can reduce unnecessary stress through the knees, ankles and hips.
The goal is not just to be explosive. It is to be explosive with control.
From rugby to netball, football to fencing, plyometrics develop qualities that are useful across almost every sport.
They support acceleration, jumping, landing, cutting, reacting and repeated explosive efforts.
Even endurance athletes can benefit, as improved stiffness and elastic energy use may support better running economy.
Begin with low-intensity exercises such as skips, pogos, hops, landing drills and medicine ball throws before moving towards higher-impact drills like box jumps, bounds or depth jumps.
Plyometrics are about precision, intent and speed — not exhaustion.
Every rep should be sharp and explosive, with enough recovery between sets to maintain quality.
Landings should be quiet, controlled and stable.
Good mechanics are what make plyometrics effective and safe. Poor landings simply rehearse poor movement under higher impact.
Plyometrics work best alongside a structured strength programme.
Strength gives athletes the physical base to tolerate, absorb and produce higher forces. Plyometrics then help express that strength quickly.
Simple rule: earn the right to progress. Master landing, control and low-level elastic work before chasing more advanced jumps.
Plyometric training is one of the most effective ways to bridge the gap between strength and performance.
By improving speed, agility, jump height and resilience, it gives athletes the explosive edge needed to compete.
At Petrie Sports Performance, we build plyometrics into our programmes for youth and adult athletes — always matched to their ability, training age and sport demands.
Done right, plyometrics are not just about jumping higher. They are about performing better.
Speak to Steve about youth S&C, individual coaching or our 6-week youth strength and plyometrics programme.
Speak to Steve