Our architecture firm was contracted to transform an existing pre-engineered metal building into a fully functional automotive service facility for WNC Tire, a growing tire and vehicle service business in Western North Carolina. This project exemplifies our firm’s expertise in adaptive reuse and commercial renovation, turning a former recreational facility into a durable, code-compliant, and operationally efficient space for automotive use.
Originally built as a roller skating rink, the structure presented unique challenges and opportunities. The expansive open floor plan of the rink, while ideal for its original purpose, required significant modification to suit the specific operational needs of an auto service provider. Our design team developed a strategic plan to infill and reinforce the original rink floor, ensuring it could support the weight and usage demands of vehicle maintenance, equipment, and daily operations.
Another major component of the renovation involved the addition of multiple service bays to the exterior of the structure. These new car bays were seamlessly integrated into the existing building envelope, maintaining the structural integrity and visual cohesion of the pre-engineered system while meeting WNC Tire’s workflow and customer service needs. Site planning and traffic flow were also carefully considered to ensure safe and efficient vehicle circulation on the property.
In addition to the structural modifications, our team upgraded mechanical, electrical, and plumbing systems to align with modern building codes and the specialized requirements of an automotive facility. The result is a highly functional, cost-effective space that supports both current business operations and future growth.
This project highlights our ability to repurpose existing commercial structures to serve new industries, reduce waste, and extend the lifespan of underutilized buildings. By adapting a former recreational space for industrial use, we helped WNC Tire expand their business with minimal environmental impact and maximum return on investment.
