A paralyzed kitten named Gelato received a makeshift DIY wheelchair built from office supplies and toy cars to regain mobility [1, 2].

This development highlights the challenges of finding medical equipment for very small animals and the role of community-driven innovation in veterinary care.

Gelato suffered a spinal injury that left him unable to walk [1, 3]. Because of his size, he was too small for the standard wheelchairs typically available at animal shelters [3]. This gap in available equipment prompted a veterinary technician to create a custom solution using available materials [2].

The initial device was constructed using a variety of makeshift items. Some reports state the wheelchair was built from office supplies, including rulers and zip ties [1]. Other accounts note that the construction incorporated Hot Wheels toy cars to provide the necessary wheels for the tiny kitten [2].

Following the viral attention the DIY project received, the kitten's mobility options improved. The temporary device served as a bridge until a permanent solution could be developed [2, 4]. Gelato eventually received a professional 3D-printed permanent wheelchair designed to fit his specific dimensions [2, 4].

The transition from a handmade prototype to a 3D-printed medical device demonstrates how rapid prototyping can address immediate needs in animal rescue. The use of common household items allowed the kitten to move and explore his environment while a more durable, anatomical fit was being manufactured [1, 5].

Gelato suffered a spinal injury that left him unable to walk

The case of Gelato illustrates a growing trend in veterinary medicine where 3D printing is used to solve 'orphan' equipment problems—cases where a patient is too small or uniquely shaped for mass-produced medical devices. By utilizing DIY prototypes to prove viability, caregivers can secure the necessary community or financial support to fund high-precision medical hardware.