Waymo Opens Zeekr-Built Ojai Robotaxis to Riders

Waymo opened rides in its Zeekr-built Ojai robotaxis to all riders in Los Angeles, San Francisco, and Phoenix on August 19. TechCrunch reports that about 300 Ojais are in Waymo's commercial fleet, with riders initially matched to the vehicle when available. The autonomous electric minivan uses Waymo's sixth-generation self-driving system and follows an earlier limited-access rollout.
Waymo opened its Ojai robotaxi to all riders in Los Angeles, San Francisco, and Phoenix on August 19, expanding beyond the limited-access rides offered earlier this year. Riders hailing a Waymo in the three cities may be matched with an Ojai when one is available, according to TechCrunch and InsideEVs.
The Ojai is a purpose-built electric minivan based on a vehicle supplied by Zeekr, the Geely Holding Group-owned Chinese EV brand. InsideEVs reports that the service now offers paid rides in the new vehicles. For now, customers cannot select the Ojai specifically; TechCrunch reports that Waymo intends to offer a choice between the Ojai and the existing Jaguar I-Pace once it has deployed enough of the newer vehicles.
Fleet transition and vehicle platform
TechCrunch reports that Waymo has about 300 Ojai robotaxis in its commercial fleet. The company has long relied on modified Jaguar I-Pace EVs, but Jaguar discontinued that model in 2024, Gizmodo reports. The Ojai's larger van-style cabin includes sliding doors and seats up to four passengers, according to InsideEVs.
The vehicle runs Waymo's sixth-generation autonomous driving system. TechCrunch reports that the system was designed as a modular platform that can work across multiple vehicle types. InsideEVs describes the Arizona-installed hardware suite as including 13 cameras, four lidars, and six radars. TechCrunch also reports that the Ojai includes a redesigned rider interface and Google's Gemini AI as an in-car assistant.
That architecture matters beyond cabin design. Autonomous fleet operators have to validate the interaction of sensors, compute, vehicle controls, and operational software for every platform they deploy. Across the sector, reusable self-driving stacks can reduce the amount of vehicle-specific integration work required when fleets add new body styles, although real-world validation remains tied to the operational design domain of each deployment.
Chinese vehicle supply enters US robotaxi service
The Ojai's public rollout gives US passengers access to a Chinese-made EV through a ride-hailing service, even as Chinese passenger EV brands remain largely absent from US retail dealerships. Gizmodo reports that Chinese-made EVs face a 100% US tariff in addition to other import duties, while connected-car restrictions also apply to Chinese and Russian-linked vehicle technology.
Electrek reports that Waymo has imported Zeekr vehicles through the Port of Los Angeles since 2024, citing Forbes figures for more than 3,200 vehicles. That import total is not independently documented in the retrieved Forbes material, but the reporting illustrates the distinction between retail EV sales and purpose-built fleet procurement.
For data and ML practitioners, the more durable technical development is the transition from retrofitting a consumer vehicle to deploying a platform designed around autonomous operations. Comparable fleet transitions tend to increase the importance of sensor calibration workflows, fleet observability, simulation coverage, and reproducible software releases across hardware revisions.
Additional cities reported for 2026
According to TechCrunch, Waymo announced that it intends to roll out the Ojai in Denver, Las Vegas, and San Diego later in 2026. Engadget separately reports that Waymo recently received approval to operate driverless vehicles in Sacramento and San Diego.
The Ojai rollout arrives amid continued operational scrutiny of robotaxi services. Engadget reports that Waymo paused freeway trips in May and recalled vehicles after some entered closed construction zones; the company restored freeway access in July. Those events underscore a recurring deployment reality: wider fleet availability and new vehicle platforms do not eliminate the need for tightly monitored operational safeguards at the edges of an autonomous system's tested conditions.
Key Points
- 1Waymo opened Ojai rides to all users in three cities, with roughly 300 sixth-generation robotaxis in its commercial fleet.
- 2The Zeekr-built minivan moves Waymo beyond the discontinued Jaguar I-Pace platform, while retaining its proprietary autonomous driving stack.
- 3Comparable autonomous-fleet platform changes increase demands for calibration, observability, simulation, and software-release consistency across vehicle hardware.
Scoring Rationale
This is a notable commercial expansion for the leading US robotaxi operator and introduces Waymo's sixth-generation system in public service across three major markets. It matters to autonomous-vehicle practitioners because it pairs a new vehicle platform with real-world fleet operations, though it is not a broadly available ML model or developer release.
Sources
Public references used for this report.
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