Tech Walks With Kids
EZEN Kylin 3.0 smart kids mobility exoskeleton adopts CAS AI bionic gait tech to actively correct abnormal walking patterns. Suitable for clinic, home and outdoor use, helping every child step freely and explore growth bravely.Body Not a shrunken adult device, this lightweight exoskeleton is tailored for children’s bones. 24Nm adaptive power and 6 assist gears fit all rehab phases, with multi-layer safety guards protecting every training step.
Kylin 3.0 Kids Mobility Exoskeleton
EZEN Kylin 3.0 is an intelligent mobility exoskeleton originally designed for children’s physiological growth structure, not a shrunken copy of adult devices. Developed with self-researched AI gait sensing algorithms from CAS Joint Lab, it equips brushless motors with 24Nm peak torque and 6 adaptive assist levels that auto-adapt to six growth scenarios: flat ground, stairs, slopes and cycling. Lightweight frame made of aerospace aluminum and carbon fiber supports IP54 all-weather protection. It captures kids’ walking intentions in milliseconds and outputs bionic power dynamically to correct crouch gait and lower-limb muscle weakness. Multi-layer safety protection and over 10 million-step service life cover hospital rehab, home training and outdoor adventures, enabling mobility-limited children to walk independently and explore growth confidently.
Application Fields & Scenarios (6)
For cerebral palsy kids with crouch gait, foot dragging and unbalanced hip force, Kylin 3.0 detects abnormal gaits in milliseconds and boosts hip torque on stairs to stretch tight muscles and reduce compensatory hunching. Standard hospital training plus home practice improves gait symmetry and endurance.
For kids with incomplete spinal cord injury and weak lower limbs, dual hip motors support constant weight-bearing. 6 progressive torque gears activate atrophied muscles via flat and slope training, preventing joint contracture and slowing motor function loss from long bed rest.
For children with unilateral muscle loss from polio sequela, targeted single-side power balances stride gap. Real-time AI corrects uneven hip height and limping, cutting fatigue during long outdoor walks and boosting willingness for social outdoor activities.
No full-time therapist supervision required; parents operate it after brief training. Daily walking plans and remote data sharing cut frequent hospital trips, sustain rehab progress and lock in improved walking functions long-term.
Light, IP54 splash-proof design fits playgrounds, mountain trails and rainy days. Auto stair assistance lets kids join break activities, hiking and cycling independently, free from wheelchairs and walkers to rebuild social confidence.
No full-time therapist supervision required; parents operate it after brief training. Daily walking plans and remote data sharing cut frequent hospital trips, sustain rehab progress and lock in improved walking functions long-term.
EZEN Pediatric Exoskeleton: Science Backed Growth Partner
EZEN owns dozens of gait algorithm and bionic structure patents from CAS SIAT joint lab. Our certified factory adopts aerospace-grade composite material production lines with strict 10-million-step durability testing. Different from bulky rigid pediatric braces, our active assist philosophy prioritizes kids’ independent muscle training rather than passive fixation. IP54 waterproof, AI self-adaptive gait tech and full-cycle safety guard systems form our core advantages. We aim to deliver lightweight, child-friendly rehab robots to help disabled children regain walking freedom without heavy clinical burdens.
Why Most Kid Braces Fail, & How EZEN Kylin Fixes It
Traditional rigid kid orthoses lock joints fully, making kids’ muscles weaker over time. EZEN Kylin 3.0 works differently: it adds assist force only when kids lack strength, letting their legs still move and train actively. The AI sensor reads every small step in milliseconds, matching power to their real muscle capacity. It’s not a fixed support shell, but a smart walking partner that grows with children’s recovery progress, usable both in clinics and at home without bulky extra frames.
CAS Lab Tech Built Exoskeleton for Growing Kids
Many pediatric walking robots are simplified adult versions ignoring kids’ skeletons. EZEN’s joint lab with Chinese Academy of Sciences spent years redesigning the hip and leg frame based on children’s bone growth curves. The 24Nm brushless motor delivers smooth, shock-free torque without jitter during running or climbing stairs. Multi-sensor arrays track subtle gait changes, and 6 adjustable gears cover all recovery stages from early therapy to outdoor hiking for children aged 4-15.
IP54 All-Weather Design Suits Kids’ Wild Outdoor Play
Most rehab exoskeletons can’t stand rain, mud or rough outdoor ground, limiting kids to indoor walking only. EZEN Kylin 3.0 adopts sealed IP54 craft and waterproof nylon straps, safe for mountain climbing, cycling and rainy playground activities. Carbon fiber leg arms resist scratch and impact from rocks or branches. Six scene recognition modes switch power output automatically, no manual gear toggle needed when kids shift from flat paths to steep slopes outside.
How Dynamic Assist Reduces Children’s Crouch Gait
Crouch gait is a common trouble for kids with cerebral palsy, caused by insufficient hip extensor muscles. Static braces only hold legs straight temporarily, without training muscle strength fundamentally. EZEN’s dynamic bionic drive adds targeted hip extension torque during swing phases, encouraging kids to stretch their hips voluntarily each step. Long-term daily training rebuilds normal muscle memory, cutting compensatory bending and foot dragging visibly within 1-2 months of consistent use.
Safety System Built Inside Every EZEN Kids Exoskeleton
Parents always worry about hidden risks when kids wear robotic walking devices. EZEN Kylin 3.0 embeds three core safety layers: wearing detection lock, emergency instant stop and abnormal impact protection. If the harness loosens during walking, the system limits motor output automatically. Sudden falls trigger power cut-off within 0.1s to avoid joint strain. Dual wave filter algorithms smooth torque fluctuation, eliminating jerky movements that may scare sensitive children during training.
Product Features & Advantages
- Original Pediatric Ergonomics
Built based on bone growth curves for 4-15-year-olds with three retractable segments (back, hip, leg) to fit all waist and leg lengths. Soft breathable straps avoid skin compression, eliminating stuffiness even during all-day wear.
- 24Nm Brushless Adaptive Bionic Power
24Nm peak brushless motors deliver smooth millisecond torque with 6 adjustable assist gears. Power auto-boosts on slopes/stairs and lightens on flat ground, simulating natural human hip force curves accurately.
- 8-System Synchronous AI Gait Detection
Eight synchronized algorithm systems collect cadence and hip angle data via multi-sensors, predicting stepping intentions without delay to precisely correct three typical abnormal gaits: crouch, foot drag and limping.
- Three-Layer Full-Range Safety Guard
Three safety layers include harness lock, 0.1s power cut and fall buffer. Motor output limits instantly during loose straps or imbalance. Dual wave filters remove jerky thrust to prevent kids’ fear and joint strain.
- IP54 All-Weather Durable Composite
Aerospace aluminum-carbon fiber frames resist deformation after 10 million gait cycles. IP54 dust/splash resistance supports outdoor use in rain and mud. Separately replace strap consumables cut long-term maintenance costs.
- 6-Scene Auto Recognition No Manual Tune
Auto torque switching across six growth scenarios (flat, up/down stairs, slopes, cycling) eliminates frequent manual gear adjustment for parents and therapists, delivering continuous training and simplifying daily operation.
- 24Nm Peak Powerful Drive Torque
- AI Adaptive Assist System
- 6‑Level Adjustable Assist Gears
Peak Torque：24Nm
Battery Capacity：3000mAh
Charging Time：≥ 2 Hours
Applicable Weight Range：Applicable Weight Range
Rated Power：960W
Service Life of Whole Unit：≥ 10 Million Steps
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Alternative Names
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