U-Skate
Wearable Electric Mobility Concept
Industrial Design | CAD Development | Prototyping | Product Visualization
U-Skate is a wearable electric skating concept designed to bridge the gap between walking and motorized transportation. It explores how personal mobility could become more convenient, compact, and adaptable by creating a powered skate that can be worn over a wide range of shoe types.
Designed, developed, prototyped, and tested, it demonstrates our approach to turning product ideas into detailed physical prototypes.
The Opportunity
Many personal mobility products offer speed and convenience, but they often come with tradeoffs in portability, ease of use, or setup.
Traditional roller skates require dedicated footwear and can be cumbersome to put on and remove. U-Skate was developed as an alternative: a compact wearable mobility concept that could attach over everyday shoes and offer powered movement in a more flexible and accessible format.
The goal was to create a product that felt practical, visually clean, and mechanically integrated.
The Concept
U-Skate is a compact powered skate worn over the user's shoe. Its adjustable structure was designed to accommodate different shoe shapes and sizes while keeping the product secure during use.
The concept uses an internal hub motor integrated into the drive wheel and a rechargeable battery housed within one of the skates. Speed and motor power were intended to be controlled through a handheld remote, allowing the user to manage movement while keeping the wearable hardware streamlined.
The project focused on balancing functionality, comfort, compactness, and visual simplicity within a highly constrained form factor.
Design & Development
U-Skate involved concept development, CAD modeling, component packaging, visualization, and physical prototyping.
A major part of the challenge was fitting core functional components, including the wheel system, motor, battery, structure, and attachment features, into a compact product that could be worn over everyday footwear.
The project was developed through detailed 3D modeling and rendered visualization, followed by prototype fabrication to evaluate the concept in physical form. This process helped explore scale, fit, structure, and the overall feasibility of the system.
Outcome
U-Skate resulted in a functional prototype and a developed design concept that demonstrates Misfit's ability to work across the full product-development process, from early concept thinking to visualization and prototype creation.
As an internal studio project, U-Skate also reflects our interest in wearable mobility, mechanical problem-solving, and creating product concepts that challenge conventional formats.