Explore the most advanced pediatric robotic exoskeletons available in Spain. These innovative devices are designed to improve mobility and quality of life for children with walking difficulties. Discover how Spanish technology is leading the development of bionic solutions for childhood. We analyze options that offer 360º movement and support, enabling children to explore their environment with greater independence and safety. This guide is essential for parents, caregivers, and healthcare professionals interested in assistive robotics in Spain.
Permite ponerse de pie y caminar con las manos libres
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This state-of-the-art exoskeleton is already being used in a reference center in Spain, the National Hospital for Paraplegics in Toledo, for the rehabilitation of young people and adolescents. It allows for a more natural gait and frees the hands, opening new therapeutic possibilities for patients with spinal cord injuries.
Mejora la movilidad, libertad y calidad de vida de los niños
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Although it is a project under development, ABLE KIDS is a very current Spanish initiative that seeks to create a light and accessible pediatric exoskeleton. Its focus on ease of adjustment and adaptability to various pathologies positions it as a promising future option in pediatric neurorehabilitation in Europe.
Primer exoesqueleto pediátrico de uso personal
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This exoskeleton is a pioneer by offering personal use both at home and outdoors, which promotes children's autonomy and social inclusion. Its ability to adapt to growth and its design that mimics natural muscle make it a very advanced and relevant solution for 2026.
Sustenta al niño desde el tronco hasta los pies
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Considered the world's first pediatric exoskeleton, ATLAS 2030 is a proven technology in use in Spanish public healthcare. Its specific design for pathologies such as cerebral palsy and spinal muscular atrophy makes it an essential tool for gait rehabilitation.
Promueve una terapia activa para la corrección de la postura
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This exoskeleton represents a significant advance in the brain-machine interface for pediatric rehabilitation in Spain, allowing for more intuitive control by the child. Its ability to help children with cerebral palsy walk more upright and with greater fluidity makes it a very innovative rehabilitation tool.