Pediatric design meets kids where they grow

In pediatrics, the best equipment doesn’t just work—it adapts and evolves. That’s why a wave of next-gen technology is moving in, not just to meet clinical needs, but to support how kids move and play across every stage of development. 

“The historically conservative world of pediatric disability is finally catching up with consumer tech, leading to innovations that enhance therapy, independence and everyday life,” said Dr. Laura Finney, clinical director at Sunrise Medical’s Leckey. 

This new wave isn’t just smarter—it’s more intuitive, more responsive and less rigid in every sense. Lighter, custom 3D-printed orthotics feel more like an extension of the body than a brace. Rehab tools now come gamified, wearable and woven into the everyday, making therapy feel less like a medical task and more like fun, says Finney. 

And the evolution doesn’t stop at the edges. 

“Smart wheelchairs now feature eye-gaze controls, voice prompts, obstacle detection and customizable functions—even for very young users,” said Finney. “Robotic exoskeletons, once reserved for adults, are being trialed in therapy to help children with conditions like cerebral palsy and muscular dystrophy learn to walk or maintain mobility.” 
 

Fitting for the future 
The idea that pediatric equipment should grow with the child is no longer a bonus feature—it’s the baseline. 

“There are more adaptive products available that grow with the child,” said Dustin Moss, vice president of clinical rehab at Inspired by Drive, Drive’s pediatric line. “These include adjustable wheelchairs and seating systems, car seats, customizable prosthetics and modular devices that can be resized or expanded as the child grows.” 

But where early iterations focused on basic extension or add-on components, newer designs are raising the ceiling on what long-term adaptability can look like. 

“Products like seating systems, standing frames and activity chairs have long included adjustable features, but they were often basic or limited,” said Finney. “Today, growth-accommodating solutions are more sophisticated—ranging from telescopic orthotic limbs and modular components to high-stretch fabrics and expanding foams.” 
 

Funding the whole picture 
While the technology is evolving, the funding landscape remains stubbornly complex. That complexity, says Finney, too often forces families and providers into difficult trade-offs. 

“Funding is not something families of children with additional needs should ever have to worry about,” she said. “Most manufacturers provide clinical justification materials to support funding applications, but this often leads to difficult decisions—such as choosing a gait trainer over a standing frame.” 

Finney says the goal should be a funding framework that supports the full spectrum of need across a 24-hour postural management program, not just isolated moments of care. 

Moss agrees that providers have a role to play in shifting that narrative. 

“Providers can position themselves by leveraging government initiatives, collaborating with foundations, and advocating for policy changes to increase funding,” he said. “Organizations like the National Institute of Child Health and Development (NICHD) are helping, but it takes active effort.”