92%
Avg fit score — top selections
<5%
Target bilateral asymmetry
<2°
Elite COP deviation on balance
3.0+
Relative strength benchmark (xBW)
Biomechanical Analysis
What your body
needs to excel.
Athlete Profile assesses the specific biomechanical traits that predict elite performance in Gymnastics. These aren't generic fitness metrics — they're sport-specific physiological signatures.
Vestibular-Proprioceptive Integration
The balance system behind elite control
Gymnastics requires simultaneous processing of vestibular (inner ear), proprioceptive (joint position), and visual inputs to maintain postural stability during rotational movements. Our single-leg balance assessment under perturbation conditions isolates your vestibular-proprioceptive integration efficiency.
Multi-Joint Kinematic Chain Control
Precision across 200+ degrees of motion
Skills like back handsprings and aerial twists require coordinated activation sequencing across hip, thoracic, shoulder, and wrist joints simultaneously. Your tennis ball overhand throw and CMJ coordination scores reveal the quality of your proximal-to-distal kinematic sequencing — the same neural pathway underlying elite gymnastics technique.
Bilateral Symmetry Index
The deduction predictor
Gymnastics is scored partly on bilateral symmetry of execution. A >5% force difference between dominant and non-dominant limbs contributes to deductions and is the leading predictor of growth plate stress injury in youth gymnasts aged 8–14. Your Athlete Profile symmetry score has immediate training and competition implications.
Active vs. Passive Joint Range of Motion
Flexibility under neuromotor control
Gymnastics demands the rarest physical quality: flexibility that is actively controlled. Passive ROM measured by traditional flexibility tests does not predict gymnastics performance. Active ROM — the range through which you can produce controlled muscular force — is what matters. Our coordination assessment captures this quality directly.
What Athlete Profile Measures
Your Gymnastics
assessment report.
Relative Strength Index
Gymnastics requires the highest relative strength (strength per unit body mass) of any sport. Your CMJ peak power-to-weight ratio predicts your capacity to achieve the minimum force production needed for foundational skills.
Anthropometric Profile
Gymnastics rewards lower centre-of-mass positions. Shorter stature, shorter limb segments relative to torso, and lower body mass reduce the rotational inertia that must be overcome during aerial skills.
Growth Plate Status (PHV Risk)
High training volumes during rapid growth phases (Peak Height Velocity) are associated with distal radial physis stress. Your Athlete Profile profile includes a maturation-adjusted load tolerance estimate for youth athletes.
Neuromuscular Coordination Score
Our 5-test battery generates a coordination composite benchmarked against a normative database of gymnastics-fit athletes at your age and sex category.
Sample Gymnastics Fit Report
What you'll receive after your assessment
Sport Fit Score
92%
Percentile-ranked against age + sex-matched athletes
Biomechanical Grade
A–F
Per-trait scoring across all 5 assessment dimensions
Injury Risk Flags
4 tracked
Sport-specific injury predictors with corrective roadmap
Gymnastics-Specific Injury Predictors We Screen
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My symmetry score was 97.3% — Athlete Profile said I had an exceptional proprioceptive profile. That language helped my parents understand why gymnastics was the right choice.
Lily W.
Athlete · 12 years old, parent-submitted