Rehabilitation Support Handle – Inclusive Design Prototype

This 3D model was developed as part of an Engineering Final Degree Project, with the goal of improving accessibility and autonomy for people with reduced mobility. The design focuses on ergonomics, ease of use, and adaptability, providing a practical and customizable solution through 3D printing.

The handle is specifically designed to be attached to handlebars with a diameter of 15 mm, making it ideal for rehabilitation devices.

Created with FDM technology, the prototype can be printed in PLA or PETG for general use, although other materials are also compatible depending on specific needs. The model has been optimized to minimize supports and reduce material consumption, while maintaining good strength and durability.

Recommended material: PLA or PETG.
Layer height: 0.2 mm (adjustable depending on desired quality).
Infill: 20–30%.
No extra modifications required.