PIVOT - Urban Mobility for Wheelchair Users

As a civilization, we are continuously striving to be a more inclusive and accessible society. Since the invention of the automobile, we have been able to commute to work, the grocery store, or a friend’s house with ease. However, when envisioning vehicles for the future, little consideration has been given to the physically challenged community. Current solutions for accessible transportation have not evolved at the same rate as solutions for able-bodied users. Ramps can cause shoulder injuries, complex mechanisms require more than one user to operate, and some people are unable to manipulate controls such as a steering wheel. The goal of this thesis is to improve transportation for wheelchair users in urban areas. Wheelchair users can feel isolated if they fear current transportation solutions cannot meet their needs. These people will search for living arrangements, jobs, and social circles that are immediately convenient instead of taking the risk of transporting through various environments. Environmental risks include congestion, physical terrain, and poor navigation. Using interviews and observational studies, these users’ pain points will be identified. A solution will be proposed that gives wheelchair users the freedom necessary to ensure equality. Additionally, a scale model of the solution will be created to showcase the design. By creating a new type of vehicle that allows independent, last-minute travel for wheelchair users, all members of society can have access to the benefits unlocked by the invention of the automobile.