Money

Waymo Acquires Former Apple Self-Driving Test Facility

JL Collins
JL Collins
Jun 09, 2026, 8:56 AM

Waymo, supported by Alphabet Inc., has successfully acquired the extensive 5,500-acre proving ground in Arizona that was previously owned by Apple Inc. The transaction, valued at $220 million, sees Waymo taking over a facility equipped with diverse testing environments, including a 115-acre urban simulation, a four-mile oval track, and a dedicated freeway course. This strategic purchase comes after Apple's considerable investment in its self-driving initiative, codenamed 'Titan,' which was ultimately abandoned, leading to the sale of this significant asset.

While Waymo continues to lead in the autonomous ride-hailing sector, the company has encountered some operational hurdles recently. Reports highlighted an incident where a customer opted for a traditional ride-hailing service after a Waymo robotaxi abruptly terminated its journey. Furthermore, Waymo initiated a voluntary recall of approximately 3,791 autonomous vehicles due to a software flaw that could potentially cause the vehicles to attempt traversing flooded roadways, underscoring the ongoing challenges in perfecting self-driving technology. Despite these issues, Alphabet shares demonstrated resilience, with a marginal decrease of 0.08% in after-hours trading.

This acquisition marks a pivotal moment for Waymo, providing a dedicated and comprehensive testing environment to refine its autonomous driving systems. By securing this advanced facility, Waymo is poised to accelerate its development and deployment of robotaxi services, enhancing safety and efficiency across its operational cities. The company's commitment to continuous improvement, evidenced by its proactive recall measures and strategic investments, reflects a forward-looking approach to innovation. This move not only expands Waymo's infrastructure but also signifies a broader evolution in the competitive landscape of autonomous vehicle technology, pushing the boundaries of what is possible in future mobility solutions.

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