Waymo Debuts the Ojai, Its First Purpose-Built Electric Robotaxi, and Sets Its Sights on Europe

A Vehicle Born for Ride-Hailing, Not Retrofitted for It

Unlike every robotaxi that came before it, the Ojai was not designed as a consumer car first and an autonomous vehicle second. Built by Chinese manufacturer Zeekr and then fitted with Waymo's autonomous hardware at the company's Arizona factory, the van-style vehicle prioritises the passenger experience in ways no retrofitted Jaguar I-PACE or Chrysler Pacifica ever could. The cabin offers substantially more legroom than a standard sedan, a flat floor with a low step-in height for easier entry and exit, and three large adaptive screens for rear passengers. Accessibility was clearly a central design priority: the vehicle includes braille markings, grab bars, and other features tailored to riders with disabilities. On the operational side, the Ojai features easier-to-clean interiors, faster charging and greater battery capacity, plus a more modular architecture that simplifies maintenance and repairs. These are precisely the kinds of unglamorous but essential improvements that determine whether a fleet can run profitably at scale.

The Sixth-Generation Driver: Fewer Sensors, More Capability

Under the skin, the Ojai's true story is the 6th-generation Waymo Driver. Compared to the outgoing 5th-gen stack, the new system reduces cameras from 29 to 13, lidar units from five to four, and radar sensors by a similar proportion — an overall 42 percent reduction in sensor count. Despite this, the system delivers improved performance and, crucially, enables fully autonomous operation in snowier conditions. That limitation had previously locked Waymo out of colder markets like Chicago, where the company has already confirmed it is laying the groundwork for a future launch. Equally significant is the hardware cost. Waymo now targets a bill of materials under $20,000 per unit, a threshold that finally puts sustainable per-ride economics within reach. The Arizona factory is scaling toward a capacity of tens of thousands of units per year, starting with the Ojai and followed by the Hyundai IONIQ 5 robotaxi under a 50,000-unit supply agreement with Hyundai.

A Widening Scale Gap

Context matters when assessing Waymo's latest move. The company now serves roughly 500,000 paid rides per week, covers more than 1,400 square miles across 11 US cities, and operates a fleet of over 3,000 vehicles. It raised $16 billion at a $126 billion valuation earlier this year — the largest single investment ever in an autonomous vehicle company. For comparison, Tesla's robotaxi service currently operates roughly 25 unsupervised vehicles across three cities in Texas, with the majority of rides still carrying a safety driver. Waymo's average wait time is 5.7 minutes versus Tesla's 15-plus. Neither company has yet proven durable profitability, but the operational gap is no longer a matter of nuance — it is a chasm. China's Baidu, which operates the Apollo Go robotaxi fleet across multiple Chinese cities, arguably represents the only programme operating at comparable scale globally. The autonomous vehicle race, in other words, has narrowed to two clear frontrunners — and neither is European.

What This Means for Europe

The relevance for European readers goes beyond the spectacle of American tech competition. Waymo has publicly confirmed plans to enter London and Tokyo as its first international markets, marking the beginning of a global expansion that will inevitably test European regulatory frameworks. Meanwhile, the Ojai itself is built on a platform from Zeekr, a brand owned by Geely — the same Chinese conglomerate behind Volvo, Polestar, and a growing share of the European electric vehicle market. This places the Ojai at the intersection of two policy debates Europe has yet to fully resolve: how to license and regulate commercial autonomous ride-hailing services, and whether vehicles built on Chinese platforms should face different treatment than those from domestic manufacturers. The EU's upcoming legislation on autonomous vehicles, currently under development, will need to address both questions simultaneously. European cities such as Berlin, Paris, Munich, and Amsterdam have run limited autonomous shuttle pilots for years, but no company has yet deployed a large-scale, fully driverless commercial ride-hailing service on the continent. If Waymo's track record in the United States is any guide, the economic case for expanding to dense European urban centres will be compelling. The question is whether Europe's regulatory environment will be ready when that moment arrives — or whether the continent will once again watch a mobility technology mature elsewhere before belatedly adapting.

Still Some Way to Go

The Ojai launch is not without caveats. Waymo recently had to pause service in several markets after its systems struggled to detect flooded roads — a reminder that even the most advanced autonomous systems still encounter edge cases. Production ramp-up at the Arizona factory is in its early stages, and unit economics at scale remain unproven. The initial Ojai rides are free for a limited period, and the company has not yet disclosed per-mile costs for this new vehicle platform. Nevertheless, the trajectory is unmistakable. With 20 million trips completed, a $16 billion war chest, a purpose-built vehicle entering series production, and the first international markets identified, Waymo is executing a playbook that looks increasingly like that of a mature mobility operator rather than a research project. Europe's cities, regulators, and transport planners would do well to take notice.

Source: https://electrek.co/2026/05/28/waymo-ojai-robotaxi-rides-6th-gen-driver/