Waymo is expanding its autonomous vehicle operations through a new Michigan manufacturing plant and a strategic partnership with Volvo Cars Group [1, 2].

This expansion signals a shift from testing prototypes to scaling a commercial fleet of self-driving electric vehicles designed specifically for ride-hailing services [2, 4].

Srikanth Thirumalai, vice president of onboard software at Waymo, detailed the company's approach to building these systems in a recent interview [1]. A central part of the strategy involves the construction of a plant in Michigan. A Waymo spokesperson said the company plans to build the facility to transform conventional vehicles into autonomous cars for its ride services business [2].

To further its goals, Waymo is collaborating with the Volvo Cars Group. Spokespersons for both companies said they have agreed to develop a self-driving electric vehicle designed for ride-hailing use [4]. This partnership aims to integrate Waymo's software with a purpose-built electric chassis.

Field operations are also growing across the U.S. Testing in Orlando, Florida, began last May [3]. Additionally, the company has initiated mapping efforts in Portland, Oregon, as it prepares to bring its autonomous fleet to the region [5].

These efforts combine software development with physical infrastructure to improve road safety, and expand the reach of the company's ride-hailing network [2, 5]. By controlling the manufacturing process in Michigan and the vehicle design via Volvo, Waymo aims to reduce reliance on third-party vehicle modifications.

“Waymo plans to build a plant in Michigan to transform vehicles into autonomous cars.”

Waymo's move into dedicated manufacturing and specialized vehicle design suggests the company is moving past the 'retrofit' phase of autonomous driving. By building a dedicated plant and partnering with an OEM like Volvo, Waymo is attempting to solve the hardware bottlenecks that have slowed the deployment of robotaxis, transitioning from a software provider to a full-stack mobility operator.