Stadler and Austin, Texas’ CapMetro signed a long-term service agreement for the company to provide technical support and spare parts sourcing advisory services for the agency’s fleet of Stadler GTW commuter rail trains.

Starting in January 2027, Stadler will provide on-site technical support for the 10 GTW diesel-powered articulated multiple unit vehicles currently operating on CapMetro rail in Austin. The Stadler fleet has carried passengers since the launch of rail service in 2010.

The Stadler-CapMetro Agreement

The contract includes a five-year base term from 2027 through 2032, with two one-year option periods that could extend the partnership through 2034.

Stadler will establish a dedicated local service team of three to provide on-site technical support, engineering expertise, spare parts management, training, and obsolescence support for CapMetro’s GTW fleet. Through the agreement, Stadler can provide original equipment manufacturer expertise to help CapMetro maintain its fleet safely, reliably, and efficiently.

Passenger Benefits

For passengers, the agreement is designed to support the continued reliability and availability of the Red Line service. By providing direct access to Stadler's engineering and technical expertise, CapMetro will be better positioned to address maintenance challenges proactively, reduce downtime, and keep trains operating at peak performance as the fleet ages, said officials.

 In addition, Stadler will support CapMetro in managing obsolescence, helping identify replacement solutions for aging components and ensuring the long-term availability of critical spare parts. This proactive approach will help ensure that riders can continue to depend on safe, reliable, and consistent commuter rail service for years to come.

"With this agreement, we are building on our long-standing relationship with CapMetro," said Martin Ritter, president and CEO of Stadler North America. "Together with CapMetro, we are focused on providing the reliable service that Austin riders expect and deserve while helping maximize the performance and longevity of the fleet."