KidGo Pediatric Exoskeleton

KidGo represents one of the few globally certified pediatric rehabilitation exoskeletons, developed by RoboCT specifically for children with lower limb motor dysfunction. The system has achieved regulatory approval across China (NMPA), Europe (CE), and the United States (FDA), addressing a historically underserved segment of the rehabilitation robotics market.

Product Overview

Designed for children between 0.8m and 1.6m in height with a maximum weight capacity of 100kg, KidGo operates on the principle of neuroplasticity to enhance proprioceptive input, correct abnormal gait patterns, and promote brain relearning through standardized walking training. The system distinguishes itself through gamified rehabilitation approaches that maintain pediatric patient engagement during repetitive gait exercises.

Both medical institution and personal use variants are available, enabling continuity of care from clinical settings to home environments. The powered hip-knee wearable robot includes an integrated mobile stabilizing frame with arm handles, providing full support during training sessions.

Key Features

KidGo’s gamified training interface enables sustained pediatric engagement during repetitive gait exercises, with adjustable hip-knee actuation serving children 0.8–1.6m tall, backed by NMPA (2021), FDA, and CE clearances.

• Gamified Training Interface: Interactive games guide children through repetitive gait training and walking exercises, addressing the engagement challenges inherent in pediatric rehabilitation protocols.

• Adjustable Sizing System: Multiple components can be adjusted to accommodate growth and varying body proportions within the 0.8-1.6m height range, extending device utility across developmental stages.

• Mobile Stabilization Frame: Integrated frame with arm handles provides stability during overground walking training while allowing progressive independence as rehabilitation advances.

• Hip-Knee Actuation: Powered joints at hip and knee provide controlled assistance, enabling accurate and consistent gait training patterns.

• Real-Time Feedback: System provides relevant feedback during training sessions, enabling therapists to adjust protocols based on performance data.

Technical Specifications

KidGo’s adjustable sizing system accommodates children 0.8–1.6m tall at up to 100 kg, with powered bilateral hip and knee actuation, a gamified control interface, and a mobile stabilizing frame available in medical and personal-use versions.

Clinical Applications

KidGo addresses pediatric patients with lower limb motor dysfunction resulting from various neurological and neuromuscular conditions:

• Cerebral palsy
• Pediatric spinal cord injury
• Brain lesions
• Neuromuscular diseases
• Other conditions affecting lower limb motor function in children

The system supports repetitive, accurate gait training while providing multiple training modes and data collection capabilities. Clinical outcomes documented by RoboCT include improvements in gait correction, stability, independent standing, and walking abilities across various pediatric conditions.

Regulatory Status

KidGo was among the products that received NMPA registration as part of RoboCT’s 2021 regulatory milestone, which included 3 categories and 8 product models. The device represents one of the few pediatric exoskeletons with regulatory clearances across major global markets.

Frequently Asked Questions

What age range is KidGo suitable for?

KidGo is designed for children with heights between 0.8m and 1.6m (approximately 2'7" to 5'3") and weights up to 100kg. Rather than specifying age ranges, the system accommodates users based on physical dimensions, making it suitable for children and adolescents meeting these criteria.

What conditions can KidGo help treat?

KidGo is indicated for children with cerebral palsy, spinal cord injuries, brain lesions, and neuromuscular diseases that affect lower limb motor function. The system uses neuroplasticity principles to help children develop and correct walking abilities through repetitive gait training.

How does gamification improve pediatric rehabilitation?

Pediatric rehabilitation requires sustained engagement during repetitive exercises, which traditional approaches struggle to maintain. KidGo’s interactive games provide motivation and feedback that keeps children engaged throughout training sessions, potentially improving therapy adherence and outcomes compared to conventional methods.

Is KidGo available for home use?

Yes, RoboCT offers both medical institution and personal use variants of KidGo. The personal use version enables families to continue rehabilitation therapy at home, extending treatment beyond clinical settings while maintaining proper gait training protocols.