Affordable Running Rollator

Location

James E. Gleason Hall - 2957

ur MSD final project introduces a revolutionary running rollator designed to bring the joy of movement back to individuals with disabilities. At its core, our innovation aims to redefine mobility assistance by combining advanced features with user-centric design principles. Key to our rollator's functionality is its innovative suspension system, which enhances comfort and stability while running or walking. This system absorbs shocks and vibrations, providing a smooth and enjoyable ride for users, regardless of the terrain. It ensures that every step is cushioned, minimizing strain on the body and allowing users to move with confidence and ease. Another standout feature of our rollator is its easy steering, made possible by caster wheels in the front. These wheels offer precise control and maneuverability, allowing users to navigate tight spaces and corners with minimal effort. Whether running or walking, our rollator responds seamlessly to the user's movements, providing a fluid and intuitive experience. Portability is a crucial aspect of our project, and we've addressed it through both vertical and horizontal collapsibility. Our rollator can be easily folded down to a compact size for convenient storage and transport. This collapsibility feature ensures that users can take their rollator with them wherever they go, whether it's on a trip or simply to the local park for a run. Overall, our running rollator represents a significant advancement in mobility assistance technology. By combining innovative suspension, easy steering, and collapsibility features, we're not just providing a means of getting from point A to point B—we're empowering individuals with disabilities to rediscover the joy of running and exploring the world around them. With our rollator, mobility becomes not just a necessity, but a source of freedom and happiness.

Location

James E. Gleason Hall - 2957

Topics

Exhibitor
Jan Trunecek
Hunter Roggero
KhãVy Sangasy
Tyler Eisman

Advisor(s)
Douglas Mauro

Organization
We are affiliated with the RIT MECE Department. This proposal is related to our MSD project numbered 19103.


Thank you to all of our sponsors!