Are Today’s Youth Athletes Really “Match Fit”?
Several long-term studies report declines in general strength and muscular fitness in young people over recent decades (5, 8, 6). Some analyses show decreases in strength performance of 7–26% in Eglish youth (1). At the same time, higher relative strength is strongly associated with:
- Better motor skill performance (7)
- Faster sprinting and improved jumping ability (2)
- Neuromuscular adaptations linked to injury reduction strategies (9)
Meanwhile, youth sports show high rates of overuse injuries (3), often connected to:
- Early specialisation
- Year-round single‑sport participation
- Repetitive, sport specific loading (4)
This raises a critical question:
Are young athletes being exposed to environments they aren’t physically prepared to tolerate?
Practice vs Preparation: Why the Distinction Matters
All training is practice — whether an athlete is squatting, sprinting, pressing, or jumping, they’re interacting with constraints and adapting over time.
Sport itself is already a highly specific environment:
- Fixed rules
- Defined movement patterns
- Repetitive, predictable demands
This means:
- Sport practice = specific
- Everything outside sport = general
And that distinction matters. If sport already provides specificity, extra training doesn’t need to copy it. Overly specific drills outside of sport can actually reduce movement variability — narrowing the athlete’s adaptability and potentially increasing injury risk.
General preparation isn’t about mimicking sport. It’s about broadening exposure.
Why Variability Builds Better, More Resilient Athletes
Giving young athletes a wide range of training exposures helps develop broad physical capacities, including:
- Strength
- Motor skills & coordination
- Speed
- Power
- Mobility
- Agility
- Conditioning
These capacities don’t develop in isolation — they interact.
Example:
A loaded lunge doesn’t “just train strength.” It also challenges:
- Balance
- Coordination
- Joint range
- Force production
Change the intent or speed, and the same exercise may train higher velocity outputs. The training effect comes from how the athlete interacts with the task, not the exercise label.
Over time, varied exposures help athletes:
- Tolerate greater and more diverse physical loads
- Support joint, tendon & bone health
- Expand their movement options
- Build confidence and physical literacy
Rather than chasing isolated outcomes, general training creates a richer landscape for adaptation.
How to Build General Physical Preparation in Youth Athletes
Preparing young athletes doesn’t require specialised, complex, or sport monkeyed conditioning drills. What matters is exposure to different physical challenges across multiple contexts.
Here are the most effective methods:
1. Resistance Training
Using barbells, dumbbells, kettlebells, or medicine balls in age appropriate ways to build foundational strength and movement competency.
2. Plyometrics
Jumping, hopping, bounding, and other dynamic tasks that train landing mechanics and rapid force production.
3. Sprinting
Short accelerations and varied sprint distances to develop speed qualities.
4. Agility Training
Balance-, coordination-, and change‑of‑direction based tasks, often using constraints rather than rigid patterns.
5. Conditioning
Diverse intensities and durations to build robust work capacity.
These methods don’t produce single adaptations — they create overlapping, interacting effects across the whole system.
Summary: Build the Athlete Before the Sport
Young athletes are already exposed to large volumes of sport‑specific practice.
What they often lack is broad, general physical preparation.
General preparation:
- Develops foundational physical capacities
- Increases movement options and adaptability
- Builds resilience to repetitive sport demands
- Supports better long‑term performance and wellbeing
These broader capacities eventually express themselves in sport — not by directly copying the movement, but by enhancing the athlete’s ability to adapt to unpredictable environments.
Before we specialise the sport, we must first build the athlete.
References
- Cohen, D.D., & Voss, C., Taylor, M.J.D., Delextrat, A., Ogunlete, A.A., & Sandercock, G.R.H. (2011). Acta Paediatrica, 175–177.
- Comfort, P. et al. (2014). Journal of Strength and Conditioning Research, 28(1), 173–177.
- DiFiori, J.P. et al. (2014). American Medical Society for Sports Medicine, 24, 2–20.
- Fabricant, P.D. et al. (2016). The Physician and Sportsmedicine, 44(3), 257–262.
- Faigenbaum, A.D. et al. (2019). American College of Sports Medicine, 1891, 6–8.
- Karpowicz, K. et al. (2015). Journal of Strength and Conditioning Research, 29(10), 2745–2757.
- Pichardo, A.W. et al. (2019). Sports, 7, 1–11.
- Sandercock, G.R., & Cohen, D.D. (2019). Journal of Science and Medicine in Sport, 22(2), 201–205.
- Zwolski, C. et al. (2017). Sports Health, 9(5), 436–443.