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Pediatric Cerebral Palsy Gait Patterns

Interactive 3D pediatric gait simulator: watch a child's lower-limb skeletal model walk through typical, crouch, scissoring, and toe-walking (equinus) gait patterns seen in cerebral palsy, driving joint-angle curves from clinical gait-analysis data with adjustable severity and cadence.

Medicine & Biophysics3DModerate60 FPS📱 Mobile-adapted

A 3D lower-limb skeletal model of a walking child, driven by clinically-inspired hip/knee/ankle flexion curves. Switch between a typical gait pattern and three cerebral-palsy gait deviations seen in pediatric rehabilitation clinics — crouch gait (chronically flexed knees and hips), scissoring gait (spastic hip adductors pulling the thighs together) and toe-walking / equinus (no heel strike, early plantarflexion) — and drag the severity slider to see how each joint-angle trajectory departs from the typical curve. Live readouts track knee flexion at midstance, hip adduction in stance, ankle angle at heel strike and a simple crouch-severity index, the same landmarks a pediatric physiatrist reads off an instrumented gait-lab printout.

⚙ Under the hood

A 3D lower-limb skeletal model of a walking child driven by clinically-inspired hip, knee and ankle joint-angle curves, letting you compare typical gait against crouch, scissoring and toe-walking (equinus) patterns seen in cerebral palsy with an adjustable severity slider.

pediatricsgait analysiscerebral palsybiomechanicsphysical therapyrehabilitation

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install