Waymo is preparing to introduce its new Ojai robotaxi fleet in San Francisco, Los Angeles, and Phoenix, marking the company’s shift toward purpose-built autonomous vehicles. The electric vans feature updated self-driving hardware, redesigned interiors, and improved performance in difficult weather conditions.

Waymo Expands Beyond Jaguar I-Pace Fleet
Waymo has officially revealed its next-generation autonomous ride-hailing vehicle, known as the Ojai, as the company accelerates its nationwide expansion plans. The new electric van will initially launch through a limited free-access program before transitioning into paid public rides.
The rollout will begin in San Francisco, Los Angeles, and Phoenix, three of Waymo’s most established markets. Existing Jaguar I-Pace robotaxis will remain in operation alongside the new vans, but the company says the Ojai platform was designed specifically for autonomous transportation from the start.
That represents an important change in strategy. Earlier Waymo vehicles were adapted from conventional passenger cars, while the Ojai was developed as a dedicated self-driving platform with passenger-focused design priorities.
Interior Focuses on Accessibility and Comfort
Waymo says the new vehicle places greater emphasis on rider accessibility and cabin usability. The Ojai includes a flat floor design, a lower step-in height, and sliding side doors intended to simplify entry and exit for passengers.
Inside, the cabin features three separate displays. One screen is positioned at the front of the vehicle, while two others are available for rear passengers. Riders can use the displays to adjust climate settings, manage audio controls, and interact with ride functions.
The company also highlighted accessibility improvements integrated throughout the cabin. Seat handles include built-in braille support and compatibility with screen-reader technologies designed for visually impaired users.
Large side windows and a more open seating layout are intended to create a less confined passenger experience compared with traditional ride-hailing vehicles.
New Autonomous Hardware Targets Tough Weather
The Ojai introduces Waymo’s sixth-generation autonomous driving system, which the company says improves efficiency while reducing overall sensor count.
The vehicle uses 13 cameras, four lidar sensors, and six radar units to interpret road conditions and surrounding traffic. According to Waymo, the updated sensor arrangement is specifically designed to perform more reliably during rain, snow, and low-visibility conditions.
The company also upgraded its camera technology. The latest system uses 17-megapixel imaging sensors, which Waymo says offer stronger low-light performance, improved dynamic range, and higher-resolution environmental detection compared with previous automotive camera systems.
Weather capability has become increasingly important for autonomous vehicle companies attempting to expand beyond warm-weather regions. Waymo recently paused service in several cities after robotaxis encountered difficulties navigating flooded streets, highlighting the operational challenges of large-scale deployment.
Despite those setbacks, the company says it plans to expand into snow-prone markets later this year.
Chinese Manufacturing Plays a Key Role
The Ojai is based on the Zeekr RT, an electric vehicle platform developed by Chinese automaker Zeekr, which is owned by automotive group Geely. However, the production process has been structured carefully to comply with U.S. restrictions on Chinese automotive software and connected systems.
According to Waymo, Zeekr manufactures the vehicle chassis, body structure, battery pack, and motors in China before shipping partially completed vehicles to the United States.
These imported units reportedly arrive without Chinese-origin telematics systems or connectivity hardware installed. Waymo then completes final integration work at its Arizona facility by adding proprietary computing systems, autonomous driving sensors, and networking equipment.
That arrangement allows Waymo to benefit from China’s advanced EV manufacturing capabilities while avoiding some of the regulatory complications tied to connected vehicle technology.
The strategy may also reduce production costs compared with building entirely new manufacturing operations domestically.
Competition in Robotaxi Market Is Intensifying
Waymo currently operates the largest commercial robotaxi network in the United States, reporting more than 500,000 paid rides per week across 11 cities.
But competition is increasing rapidly. Companies including Tesla, Zoox, and Uber are all working to expand autonomous ride-hailing programs over the next several years.
Waymo’s upcoming partnership with Hyundai could also broaden its fleet strategy further. The company previously confirmed plans to deploy autonomous versions of the Hyundai Ioniq 5, which are expected to face fewer regulatory concerns because the vehicles are assembled in the United States.
For now, however, the Ojai appears positioned as Waymo’s primary next-generation robotaxi platform and one of the company’s most significant operational expansions to date.

FAQ
What is the Waymo Ojai robotaxi?
The Ojai is Waymo’s new autonomous electric van designed specifically for ride-hailing services. It replaces the company’s earlier strategy of modifying traditional passenger vehicles.
Which cities will receive the Ojai first?
Waymo plans to launch the Ojai in San Francisco, Los Angeles, and Phoenix before expanding to additional markets.
What makes the Ojai different from earlier Waymo vehicles?
The vehicle was designed as a dedicated robotaxi platform with accessibility-focused features, upgraded self-driving hardware, and a larger passenger cabin.
Does the Ojai use lidar technology?
Yes. The autonomous system includes four lidar sensors alongside cameras and radar units to help the vehicle detect road conditions and surrounding objects.
Why is the Ojai connected to Chinese manufacturing?
The vehicle platform is produced by Zeekr in China, but Waymo installs its own autonomous systems and removes restricted Chinese connectivity components before U.S. deployment.
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