Shape Shifting Tires
Problem statement
This project focuses on creating an adaptive tire system that can adjust to different surface types to enhance traction and mobility on various terrains, including land, mud, and water. When the tire is at low pressure, its large, folded tread elements expand outward to maximize grip on soft or uneven surfaces. Conversely, at high pressure, the treads flatten to create a smoother surface for efficient high-speed travel on roads. This change is facilitated by pneumatic inflation, allowing for quick adjustments without the need for complicated mechanical systems or constant energy supply. The technology addresses the demand for flexible, terrain-adaptive mobility solutions in off-road vehicles, search-and-rescue robots, and amphibious platforms, where performance, durability, and energy efficiency are essential.
Team members
Clayton Nehls – accountant
Max Ma – facilitator
Casey Nguyen – communicator
Lucas Kyllmann – admin
Client
James Pikul
UW – Mechanical Engineering