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Development of Powered Mobility Devices for infants and children with special needs．― Kids Loco Project ―

Hayashi, Hiroto ; Yokoyama, Misako ; Funabashi, Atsuhiko ; Yasuda, Toshihiko ; Nilsson, Lisbeth LU orcid and Takashio, Junichi (2025) European Academy of Childhood-onset Disability & The International Alliance of Academies of Childhood Disability
Abstract
E-poster, 2-minute presentation Statement of Problem Self-generated mobility, defined as the capacity for independent movement, plays a critical role in early childhood development. Limited mobility, often associated with conditions like cerebral palsy or muscular dystrophy, poses significant developmental delays, particularly impacting physical, social, and cognitive growth. Description of the Concept, Product, or Technology The Kids Loco Project, initiated in 2007, addresses these challenges by developing powered mobility devices tailored to the needs of young children with disabilities. These devices, collaboratively designed by clinicians, engineers, and families, emphasize child-specific safety, functionality, and adaptability,... (More)
E-poster, 2-minute presentation Statement of Problem Self-generated mobility, defined as the capacity for independent movement, plays a critical role in early childhood development. Limited mobility, often associated with conditions like cerebral palsy or muscular dystrophy, poses significant developmental delays, particularly impacting physical, social, and cognitive growth. Description of the Concept, Product, or Technology The Kids Loco Project, initiated in 2007, addresses these challenges by developing powered mobility devices tailored to the needs of young children with disabilities. These devices, collaboratively designed by clinicians, engineers, and families, emphasize child-specific safety, functionality, and adaptability, allowing independent exploration and engagement with their environment. Findings to Date Research, including studies by Butler, has demonstrated substantial benefits of powered mobility for children between 20 to 36 months. These devices facilitate emotional and cognitive gains without impairing natural motor development, as children maintain a desire to walk or crawl despite using these aids. Practical Applications Beyond enhancing individual mobility, powered devices contribute to family well-being by reducing caregiver stress and creating a positive home environment. The devices are low-cost, lightweight, easy to transport and use at home/nursery/school. Looking forward, advancements in technology, promises to further yield more personalized and adaptive solutions, empowering children with mobility challenges to explore their world safely and confidently. (Less)
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author
; ; ; ; and
organization
publishing date
type
Contribution to conference
publication status
published
subject
keywords
powered mobility device, low-cost
conference name
European Academy of Childhood-onset Disability & The International Alliance of Academies of Childhood Disability
conference location
Heidelberg, Germany
conference dates
2025-06-24 - 2025-06-28
language
English
LU publication?
yes
id
14ad2d3c-ec6b-498f-b8be-05cd4778a001
date added to LUP
2025-07-17 12:02:10
date last changed
2025-07-18 09:04:54
@misc{14ad2d3c-ec6b-498f-b8be-05cd4778a001,
  abstract     = {{E-poster, 2-minute presentation Statement of Problem Self-generated mobility, defined as the capacity for independent movement, plays a critical role in early childhood development. Limited mobility, often associated with conditions like cerebral palsy or muscular dystrophy, poses significant developmental delays, particularly impacting physical, social, and cognitive growth. Description of the Concept, Product, or Technology The Kids Loco Project, initiated in 2007, addresses these challenges by developing powered mobility devices tailored to the needs of young children with disabilities. These devices, collaboratively designed by clinicians, engineers, and families, emphasize child-specific safety, functionality, and adaptability, allowing independent exploration and engagement with their environment. Findings to Date Research, including studies by Butler, has demonstrated substantial benefits of powered mobility for children between 20 to 36 months. These devices facilitate emotional and cognitive gains without impairing natural motor development, as children maintain a desire to walk or crawl despite using these aids. Practical Applications Beyond enhancing individual mobility, powered devices contribute to family well-being by reducing caregiver stress and creating a positive home environment. The devices are low-cost, lightweight, easy to transport and use at home/nursery/school. Looking forward, advancements in technology, promises to further yield more personalized and adaptive solutions, empowering children with mobility challenges to explore their world safely and confidently.}},
  author       = {{Hayashi, Hiroto and Yokoyama, Misako and Funabashi, Atsuhiko and Yasuda, Toshihiko and Nilsson, Lisbeth and Takashio, Junichi}},
  keywords     = {{powered mobility device, low-cost}},
  language     = {{eng}},
  month        = {{06}},
  title        = {{Development of Powered Mobility Devices for infants and children with special needs．― Kids Loco Project ―}},
  year         = {{2025}},
}