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Mobility tools (Belt Cane, rectangular cane, long cane, and human guide) all share a common feature, they provide body-to-device-to-surface link. They allow the blind person to touch the ground ahead this additional sensory information helps stabilize walking in much the same way vision does. When a cane touches the ground, it sends signals to the brain about the surface and body position, acting as an extension of the sensory system.

Clinical Ophthalmology published an article called The Role of a Pediatric Belt Cane in Children with Cerebral Visual Impairment a pilot study that used smartphone videos from 11 children with clinical diagnosed CVI at baseline and 8-week follow-up while wearing a Pediatric Belt Cane. Belt Cane use was associated with improved gait speed, with supportive improvements in step length and foot-mobility. That's because bipedal ambulation (walking) is not possible without unaltere

When a child faces challenges with mobility due to visual impairment or blindness, every step can feel like a mountain to climb. But what if there was a way to make those steps easier, safer, and more confident? That’s where pediatric mobility aids come into play. Among these, the Belt Cane stands out as a remarkable tool that can transform a child’s independence and daily life. Let’s explore why Pediatric Belt Canes improve child mobility and how they can make a real differ