Walk into a youth soccer gym session and you're likely to see a lot of bicep curls, chest presses, and machine leg extensions. These exercises aren't harmful — but they have almost zero transfer to what happens on a soccer pitch.
The exercises that do transfer share a few things in common: they load the body in the planes soccer movement actually uses, they target the muscles and joints most vulnerable to soccer injury, and they train physical qualities — explosiveness, balance, eccentric strength — that directly show up in match performance.
Here are the five exercises every youth soccer player should be doing. Each one is backed by research, not gym bro consensus.
Nordic Curl
Hamstrings / Posterior Chain
WHY IT MATTERS
The most evidence-backed exercise in soccer injury prevention. The Copenhagen Consensus study showed Nordic curls reduce hamstring injury rates by up to 51%. They also build eccentric hamstring strength — the key to sprint deceleration and high-speed running mechanics.
HOW TO DO IT
Kneel on a padded surface with ankles held by a partner or secured under a pad. Lower your body toward the ground as slowly as possible, braking with your hamstrings. Use your hands to catch yourself at the bottom. Start with 3 reps — this is brutally hard.
PITCH TRANSFER
Directly reduces hamstring pull risk. Improves sprint mechanics at high speeds. Essential for any position that accelerates repeatedly.
Single-Leg Romanian Deadlift
Posterior Chain / Balance
WHY IT MATTERS
Combines hamstring and glute strength with the single-leg loading pattern that defines 95% of soccer movement. Builds the hip stability that protects knees and ankles. Better transfer than bilateral deadlifts for most players.
HOW TO DO IT
Hold a light dumbbell in the opposite hand to your working leg. Hinge at the hip, keeping a long spine, while the working leg stays slightly soft at the knee. Lower until you feel a strong hamstring stretch, then drive the hip through to stand. Control is everything.
PITCH TRANSFER
Reduces hamstring and ankle injury risk. Builds the glute strength behind sprinting and kicking power. Targets the landing mechanics that prevent ACL injuries.
Trap-Bar Jump (or Squat Jump)
Full Lower Body / Power
WHY IT MATTERS
Rate of force development — how quickly you express strength — is one of the strongest predictors of sprint speed and acceleration. Jumps with load train this quality directly. A player who's strong but slow to express that strength won't be fast. This bridges strength to speed.
HOW TO DO IT
Load a trap bar lightly (25–40% of your squat max). Perform a quarter squat and explode maximally upward, leaving the ground. Land softly, reset fully, repeat. Focus on maximum intent every rep — 3 reps is plenty if each one is truly maximal.
PITCH TRANSFER
Direct training stimulus for acceleration and first-step quickness. Builds the explosive quality that separates physically average players from athletic ones.
Copenhagen Plank
Adductors / Groin
WHY IT MATTERS
Groin strains are the most under-addressed injury in soccer. The Copenhagen plank directly loads the adductor longus — the muscle at the centre of most soccer-related groin injuries — in an eccentric position. A 2019 RCT in BJSM showed it cut adductor injury incidence by 41% in professional players.
HOW TO DO IT
Lie on your side. Rest the top foot on a raised surface (bench or box). Lift your bottom leg to touch the underside of the bench, hold for 2–3 seconds, lower with control. The side-plank position combined with the adductor load is the key.
PITCH TRANSFER
Protects the groin through the cutting, crossing, and sprinting patterns that stress it most. Particularly important for wingers and attacking players.
Rotational Med Ball Throw
Rotational Core
WHY IT MATTERS
Soccer is a rotational sport — every pass, shot, and header involves rotating the trunk. Yet most gym programs train the core in a straight-ahead plane (planks, sit-ups). Rotational throws train the diagonal patterns that actually occur during play, and they do it at the speeds relevant to the sport.
HOW TO DO IT
Stand side-on to a solid wall, 1–2 metres away. Hold a 3–5kg medicine ball at hip height, rotate away from the wall loading the back hip, then drive your hips forward and throw explosively against the wall. Catch the rebound and repeat. Keep reps low (6–8) and velocity high.
PITCH TRANSFER
Directly increases shot power and passing velocity. Builds the core stability that helps you win physical battles. Improves body mechanics in 1v1 contests.
What to Do With These Five
You don't need all five in every session. Here's how to distribute them across a week:
| Day | Exercises | Sets × Reps |
|---|---|---|
| Day 1 (Power) | Trap-bar jump + Single-leg RDL + Copenhagen plank | 3×3 / 3×8 each / 3×5 each side |
| Day 2 (Strength) | Nordic curl + Rotational med ball throw + Split squat | 3×5 / 3×8 each side / 3×8 each |
Nordic curl warning for beginners
If you've never done Nordic curls before, start with 2–3 reps maximum. The eccentric hamstring strength required is dramatically higher than most players expect. Doing too many in your first session causes severe DOMS that can sideline you for a week. Build slowly over 6–8 weeks.
What to Skip
A few common gym exercises that are low-priority for soccer players:
- ✗Leg extensions: Trains the quad in isolation at a fixed joint angle — no sport transfer and increases ACL stress
- ✗Bicep curls / isolation arm work: Almost zero transfer for a sport played with the feet. Save gym time for what moves the needle.
- ✗Heavy bilateral back squats (early): Not harmful, but single-leg variations provide better soccer transfer for most youth players.
- ✗Long slow cardio on the treadmill: An aerobic adaptation is valuable — but steady-state treadmill running trains a different energy system than soccer uses.
Focus the gym time on the five exercises above. Master them, progress them, and let the pitch time take care of the technical development. That division of labour is what elite youth development looks like.