For many young children with disabilities, independent mobility means the difference between being carried and truly exploring the world. Yet the devices that enable that freedom often cost tens of thousands of dollars, putting them out of reach for many families and leaving a critical gap in care.
At ARISE Exceptional Family Resources in upstate New York, this gap is all too familiar. Through its Adaptive Design program, the team saw a clear pattern: children under five were going without independent mobility and relying on caregivers instead of moving, playing, and discovering on their own.
Early mobility is critical to a child’s development. It supports social interaction, confidence, and cognitive growth. Without it, children miss everyday opportunities to explore, make decisions, and engage with others. For ARISE, every month without mobility meant lost potential.
While existing mobility devices are well-engineered and clinically effective, their cost puts them out of reach for many families. ARISE Adaptive Design set out to change that by asking a simple question: how can we deliver safe, functional mobility solutions faster, more affordably, and tailored to each child?
ARISE Adaptive Design is built on a simple idea: the best solutions come from designing with the user. Children, families, clinicians, and makers collaborate as one team to create custom devices tailored to each individual’s needs.
Early on, the team relied on industrial-strength cardboard to prototype quickly, cutting, shaping, and refining ideas in hours instead of weeks. This hands-on approach allowed real-time adjustments alongside the child and family.
As designs grew more complex, ARISE introduced additive manufacturing. In-house 3D printers made it possible to test geometry, refine ergonomics, and iterate rapidly. This speed was critical for adapting to each child’s changing needs.
But as promising as these tools were, they had limits. To deliver durable, real-world devices that could withstand everyday use, ARISE needed a way to move beyond prototypes and into production-ready solutions.
As ARISE’s designs advanced, they needed more than prototypes. They needed production-ready solutions. CADimensions saw the alignment immediately. This wasn’t only about producing parts; It was about helping deliver life-changing tools to children in their community.
ARISE brought deep user insight and a strong iterative process. Our additive team at CADimensions added industrial-grade additive manufacturing: stronger materials, greater consistency, and scalable production
ARISE continued rapid in-house prototyping, refining designs with families. Once validated, CADimensions stepped in to optimize materials and production, ensuring each part met the demands of daily use while balancing strength, safety, and cost.
The impact went beyond better parts. What once required hours of manual fabrication could now be produced quickly and consistently. Designs evolved faster, and reliable, repeatable production became possible. The result was a powerful loop: ARISE identified needs and refined solutions, while CADimensions transformed them into durable, professional-grade devices families could trust.
A standout example of this partnership is a custom mobility device built on a Fisher-Price Wild Thing ride-on toy. Inspired by the Go Baby Go program, ARISE pushed the concept further to support children with more significant mobility challenges.
The original dual-handle controls were replaced with a single joystick and four-button interface which enabled children with limited motor control to drive independently. This added complexity required a safe, durable way to house the electronics. ARISE’s initial 3D-printed “backpack” proved the concept, but lacked the strength for long-term use. CADimensions helped transform it into a production-ready solution.
Together, the teams refined the design by optimizing materials, structure, and durability. The final enclosure integrated key features like joystick connections, speed control, safety switches, and status indicators into a compact, rugged housing built for everyday use.
The result is a device that looks and performs like a factory-built product. What began as a simple idea evolved into a scalable solution by combining ARISE’s deep understanding of user needs with CADimensions’ additive manufacturing expertise.
The final product
On the surface, the output is simple: custom components fitted to a ride-on device. In reality, the outcome is independence and the ability for a child to choose where to go, who to play with, and how to engage with the world.
ARISE measures success in these moments. A child exploring their backyard for the first time. A student joining classmates without assistance. One moment in particular stands out. After receiving a mobility device, a young boy saw his sister’s swing come to a stop. Instead of waiting for help, he drove over and pushed her himself. For the first time, he wasn’t being helped. He was helping. That’s the impact. Not just mobility, but confidence, connection, and participation.
For both ARISE and CADimensions, it reinforces a shared belief: when applied thoughtfully, technology removes barriers and opens doors.
The ARISE and CADimensions partnership shows what’s possible when community insight meets engineering expertise. What began with cardboard prototypes has evolved into a scalable process that turns ideas into independence for the children who need it most. Projects like this demand more than a vendor. They require a partner who can think with you from concept through real-world use.
That’s where CADimensions comes in. Our team of additive experts combines design expertise, additive manufacturing, and a collaborative approach to help you move beyond parts and start delivering real impact.