Every child gets a physical exam before the season. None of them get a biomechanical assessment. The physical tells you their heart is beating. The assessment tells you which leg is going to fail.
Does not measure: force production, bilateral asymmetry, landing mechanics, hamstring strength ratio, hip stability, movement quality, neuromuscular fatigue, or any predictor of non-contact injury.
The assessment is to the musculoskeletal system what bloodwork is to the cardiovascular system. It sees what is invisible.
43.7% of youth athletes experience a sports-related injury. The five most common injuries are all detectable -- and most are preventable -- with a baseline biomechanical assessment.
Ankle instability, knee strain risk, and joint loading patterns are visible on force plates and movement screens before the athlete feels any symptoms. The assessment identifies the compensation pattern. The corrective protocol addresses it. The re-injury rate drops.
ACL tears and hamstring strains are the two injuries most strongly predicted by biomechanical screening. A 15% hamstring asymmetry is the threshold. Knee valgus on landing is the mechanism. Both are measurable, correctable, and trackable -- if anyone is looking.
Female athletes face 2-8x higher ACL injury risk than males in the same sports. Soccer is the worst. The Aspen Institute's State of Soccer report calls for standardized injury prevention protocols. This is what those protocols look like.
6.5 million youth coaches in the U.S. Fewer than one in three has received any training at all. Only 29% are trained in safety and injury prevention. better athlete™ bridges the gap between what coaches want to know and what they can actually see.
Coaches want tactics and strategy training (75%). They also want to understand performance anxiety (70%) and mental health (67%). better athlete™'s Practice Intelligence Engine bridges all three: it gives coaches load-informed session templates (tactics), surfaces real-time readiness data so they know which athletes need modified work (physical safety), and embeds positive coaching principles from the Calls for Coaches framework (social-emotional development). The coach does not need to be a sports scientist. The system provides the science. The coach provides the coaching.
250,000 children play soccer in the NYC/North Jersey region. 150,000 more want to play but face barriers. Brooklyn has the worst field shortage in the metro area. And when kids finally get on the field, no one has measured whether their bodies are ready.
When field time is scarce, coaches compress more activity into fewer sessions. Players train harder, not smarter. Load increases without monitoring. Asymmetries go unmeasured. The result: overtraining injuries on top of the access crisis. The Aspen report calls this out directly -- "the drive for elite performance encourages excessive, specialized play, contributing to burnout and a surge in serious injuries, such as ACL tears."
Tier 1: Phone Screen. 90-second movement assessment via smartphone camera. QR code at every field. Every athlete gets a baseline risk score. Free.
Tier 2: Mobile Assessment. Force plates and movement analysis brought to high-traffic field locations. 30-40 athletes per session. Yellow flags from the phone screen get full clinical assessment.
Tier 3: Clinical Lab. Full biomechanical assessment for Red flags, return-to-play testing, and longitudinal monitoring for school and club programs.