Jay wheelchair backrests are meticulously engineered to enhance both function and comfort for users. Featuring contoured back shells, soft foam padding, and adjustable components, these backrests provide exceptional stability and support, effectively reducing fatigue and maximising daily functionality.
The extensive range of sizes and contours ensures a precise fit tailored to individual needs, allowing users to ride with confidence and comfort.
Each backrest is designed with user-centric features to address specific needs, ensuring optimal support and comfort across various lifestyles and requirements.
The diverse selection of JAY backrests includes models such as the JAY GO, designed for basic comfort and convenience; the JAY Encompass, providing fully individualised lateral thoracic support for complex positioning requirements; the JAY J3 Carbon Backrest, delivering the necessary support and stability for an active lifestyle; the JAY J3 Wheelchair Back, known for its versatility; and the JAY Fit 2U, ideal for individuals requiring a more complex seating solution.
The JAY J3 Plus offers superior positioning and support for bariatric client, while the JAY ZIP is a lightweight and versatile option crafted specifically for children.
A comprehensive selection of JAY backrests is available through Motion Wheelchairs, where our specialist consultants provide expert customisation to meet individual needs.
KEY FEATURES Contoured Back Shells: Designed to align with the natural curvature of the spine, promoting proper posture and enhanced comfort.
Soft Foam Padding: Provides cushioning to reduce pressure points, contributing to prolonged comfort during use.
Adjustable Components: Allows for customisation of height, depth, and angle to accommodate various body types and positioning requirements.
Lightweight Design: Facilitates easy installation and minimises the overall weight of the wheelchair, aiding in manoeuvrability.
Extensive Size and Contour Range: Offers a variety of options to meet specific user needs, ensuring optimal support and fit.
