RIT Student 3D Prints Custom-Designed Electric Skateboard

The world of 3D printing has seen a surge in the creation of functional objects, ranging from custom surfboards with optimized wave-riding characteristics to lightweight bicycle components that improve overall performance and comfort. Following this wave of innovation, Mike Elrod, a fifth-year mechanical engineering student at Rochester Institute of Technology, has leveraged his creative expertise to design and engineer his very own electric skateboard using advanced 3D printing techniques. Inspired by his internship experience at the renowned electric vehicle company, Tesla, Elrod was determined to harness additive manufacturing to create a personal innovation, while simultaneously satisfying his passion for creativity and engineering.

Driven by a desire to explore the potential of engineering-grade materials in 3D printing, Elrod set out to put his ideas to work. “I’ve always wanted to use engineering-grade materials and filaments to make functional parts for 3D printing,” Elrod expressed. “It’s not always interesting to make little trinkets; I want to use it for engineering.”

Night shot of Elrod’s fully 3D printed skateboard. (Photo Credits: Mike Elrod)

Leveraging his background in mechanical engineering, Elrod carefully designed and 3D-printed every core component of the skateboard, including the deck, axles, and electric housing. By incorporating carbon fiber-infused filaments into the design, he ensured the skateboard’s flexibility and strength could meet the rigors of everyday use. Additionally, Elrod implemented specialized components to further enhance its steering and maneuverability, improving the overall design and user experience of his board.