San Francisco-based PitPro Automation announced on Wednesday that it has successfully installed its inaugural automatic tire-changing system at a Kal Tire facility in Calgary, Alberta. The debut marks the first real-world deployment of the startup’s robotic technology, which was initially unveiled last year. According to the company, the system is capable of replacing a complete set of four tires in under fifteen minutes.
Kal Tire operates as one of Canada’s largest independent tire service providers, providing a significant platform for the new technology. PitPro founder and CEO Jeremy Conrad stated that while the long-term vision includes expanding into other forms of automated vehicle maintenance, the current focus remains squarely on the tire sector due to its substantial commercial potential.
Conrad highlighted that the tire industry is grappling with a severe labor shortage. Describing the work as physically demanding, he noted that retention is a persistent challenge, with employees often departing within months or a year. In one instance, a shop manager reportedly had to seek special permission to raise wages after a nearby fast-food restaurant diverted approximately half of their staff.
The PitPro system is engineered to integrate seamlessly into existing service bays. It utilizes two oven-sized robotic units equipped with a combination of sensors and mechanical arms. These robots locate lug nuts, loosen them, store the hardware, remove the wheel, and mount the replacement tire. Conrod emphasized that the technology allows mechanics to continue using the bay for other maintenance tasks, increasing adoption appeal.
While PitPro has historically targeted commercial fleets—bolstered by the advisory role of former Ford Pro executive Ted Cannis, who facilitates introductions to major U.S. fleets—the chain store model is now a primary target. Conrad explained that large chains offer standardized layouts that facilitate broader rollout, particularly in Canada where seasonal tire changes are a near-universal annual routine for drivers.
Transitioning from concept to live operation presented environmental hurdles. Tire shops typically keep bay doors open, exposing equipment to dust, debris, and weather conditions. The engineering team had to ensure the sensors remained accurate despite these variables. During the Calgary installation, the robots encountered an unexpected accumulation of dandelion seeds. Conrad laughed off the discovery, noting that while the sheer volume was surprising, it did not compromise the system’s functionality.
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