A rescue kitten named Gelato received a 3D-printed wheelchair after a spinal injury left him unable to walk [1, 2].
The case highlights the role of adaptive technology in animal rescue, demonstrating how improvised medical solutions can bridge the gap toward permanent mobility aids for disabled pets.
Gelato is a tiny rescue kitten located in Cincinnati, Ohio [3, 4]. Due to a spinal injury, the kitten suffered paralysis that prevented him from walking independently [1, 2]. To address this, a veterinary technician created a makeshift wheelchair using improvised materials [1, 3, 4].
Reports on the materials used for the initial device vary. Some accounts state the technician used office supplies [1], while other reports indicate the wheelchair was constructed using Hot Wheels toys [2]. Regardless of the specific materials, the DIY device provided the kitten with immediate mobility while a more durable solution was developed.
As Gelato gained internet fame, the temporary device was replaced by a permanent, 3D-printed wheelchair [3]. This upgraded version was designed to fit his specific size and needs, allowing him to navigate his environment more effectively.
Animal rescue organizations often face challenges when caring for pets with specialized medical needs, particularly those that are too small for commercial mobility equipment. The transition from a handmade prototype to a precision-engineered 3D model illustrates a growing trend in veterinary care where additive manufacturing is used to create custom prosthetics, and supports for animals.
“A veterinary technician created a makeshift wheelchair using improvised materials.”
The use of 3D printing in this case reflects a broader shift in veterinary medicine toward personalized, low-cost assistive devices. By utilizing additive manufacturing, shelters can provide tailored mobility solutions for animals that do not fit standard medical equipment, potentially increasing the adoption rates for disabled pets.
