This 12-year-old is now faster than senior professional footballers. The difference? Systematic programming vs random training.
+9
km/h gained
25%
All KPIs improved
14
Months
Where James Started
James came to us at age 11 running 23 km/h. For his age group, this was average. His parents wanted to know if he had the potential to play at a higher level.
The answer wasn't in his genetics. It was in his mechanics. Our assessment revealed specific limiters in his acceleration posture, ground contact pattern, and arm drive that were capping his speed output.
The 14-Month Process
Phase 1: Mechanical Foundations (Months 1-4)
Acceleration posture, arm drive mechanics, and ground contact repatterning. Building the technical base before adding intensity.
Phase 2: Force Development (Months 5-8)
Reactive strength, plyometrics, and progressive overload. Teaching the nervous system to produce more force in less time.
Phase 3: Speed Expression (Months 9-14)
Combining mechanical efficiency with force production. Top speed work, speed endurance, and sport-specific transfer.
The Results
At 14 months, James tested at 32.8 km/h. That's faster than most senior semi-professional footballers. At age 12.
But the speed number is only part of the story. His 25% improvement across all athletic KPIs — acceleration, agility, reactive strength, speed endurance — means he's not just fast in a straight line. He's a more complete athlete.
What This Means for Youth Athletes
This is what proper progression looks like when combined with athlete commitment. Not random drills. Not just “running more.” A structured system that identifies limiters, builds foundations, and progressively develops speed through measurable phases.
The window for developing speed in youth athletes is massive. The question is whether that window is being used with a system — or wasted on guesswork.
Your child doesn't need to be “naturally fast.” They need the right system.