Waymo plans broader driverless taxi coverage after DMV approval

Waymo wins major California expansion

In November 2025, the California DMV approved a major expansion of Waymo’s driverless operating area, extending coverage across most of the San Francisco Bay Area, Sacramento, and large portions of Southern California, including the corridor toward San Diego.

Regulators cited Waymo’s strong safety record and the millions of driverless miles it has accumulated as justification for expanding its Operational Design Domain (ODD).

It’s among California’s largest ODD approvals, covering the entire Bay Area, Sacramento, and a contiguous stretch of Southern California, but limited to DMV-mapped areas, not a statewide green light.

Robotaxis can now reach Southern California

The updated DMV authorization enables Waymo to operate driverless vehicles across a continuous stretch of approved territory, extending from the Bay Area into Southern California, including the entire Bay Area and Sacramento, as well as a contiguous area from Santa Clarita to San Diego.

Sacramento is also included in the expanded map, creating a contiguous DMV-permitted area spanning the Bay Area, Sacramento, and parts of Southern California.

Paid passenger service in San Diego will require CPUC authorization; the DMV decision expands where testing/deployment may occur within the approved ODD. This expansion connects several of California’s largest population centers under a single regulatory framework for the first time.

The fleet will grow significantly

Waymo is scaling production at its new Mesa, Arizona, facility and has stated that it will outfit ~2,000 additional vehicles by 2026. Public reports estimate today’s fleet to be in the low-to-mid thousands, but Waymo has not published an official current total.

Waymo’s fleet includes both legacy Jaguar I-Pace vehicles and newer, purpose-built robotaxis. Increasing the fleet size is essential for reducing wait times, improving coverage density, and competing with human-driven ride-hailing services.

New Zeekr robotaxis join the lineup

Waymo has unveiled and is testing a purpose-built Zeekr robotaxi with its 6th-gen Driver, slated to join the fleet as regulatory and manufacturing timelines allow (targeted from 2026).

The vehicle features sliding doors, a flat floor, and a more spacious cabin than the Jaguar I‑Pace, improving accessibility and comfort for passengers.

Safety data shows strong performance

Waymo’s 2025 Safety Impact Report includes tens of millions of driverless miles, with independent analysis showing significantly lower rates of police-reported and injury-causing crashes compared to human drivers in similar environments.

Regulators referenced this safety performance when approving Waymo’s expanded operating area. While exact percentages vary by crash type, a consistent trend across all categories is that Waymo’s driverless vehicles experience fewer serious collisions than human-driven vehicles.

Uber partnership accelerates growth

In 2025, Waymo and Uber expanded their partnership, allowing riders in Austin and Atlanta, and previously in Phoenix, to request a Waymo directly within Uber’s app. This integration provides Waymo with access to Uber’s massive user base, eliminating the need for riders to download a separate app.

The partnership increases ride volume and helps normalize robotaxi use by embedding autonomous vehicles into a familiar platform. TechCrunch and Uber’s 2025 announcements confirm that this collaboration is a key part of Waymo’s strategy to scale quickly across multiple cities.

Sensor setup allows 360‑degree viewing

Waymo’s 6th-generation Driver utilizes a multi-sensor system that comprises 13 high-resolution cameras, 4 lidar units, 6 radar modules, and audio detection microphones, all arranged around the vehicle. This overlapping sensor layout provides 360‑degree coverage and can detect objects up to 500 meters away in certain directions.

Waymo states that this sensor fusion approach improves performance in low-light and moderate adverse weather, providing the vehicle with a more consistent view of the environment than a human driver’s limited field of vision.

The cars learn from every mile

Waymo’s fleet utilizes centralized learning, where each vehicle uploads driving logs that capture unusual events, complex interactions, and edge cases. These logs are reviewed by engineers and used to train new machine‑learning models in simulation and controlled testing environments.

This process means the system becomes more capable over time, not because each mile instantly improves the car, but because billions of combined real‑world and simulated miles feed into the training pipeline.

Waymo reports that simulation plays a major role, allowing the company to recreate rare scenarios thousands of times before deploying updates to the fleet.

Expansion helps grow the job market

Waymo’s expansion into new cities requires a growing workforce to support operations. The company hires fleet technicians, vehicle service specialists, depot staff, mapping teams, and operations coordinators in cities such as Phoenix, San Francisco, Los Angeles, Austin, and Atlanta.

Economic development reports note that autonomous‑vehicle companies create jobs in technology, maintenance, and operations, even as the vehicles themselves operate without human drivers. New or expanded service depots in California and other states require staffing for daily fleet operations, contributing to local employment growth.

Charging is done at dedicated depots

Waymo’s electric robotaxis return to dedicated operations centers where they are charged, cleaned, inspected, and calibrated. These depots feature multiple high-power chargers, designed to keep the fleet ready for service throughout the day.

Industry reports on EV fleet operations indicate that depot-based charging enables companies to control energy usage more efficiently than relying on public chargers. Waymo’s depots also serve as hubs for sensor checks, routine maintenance, and nightly cleaning, ensuring vehicles remain reliable and safe for passengers.

Waymo works with city planners for safety

Waymo coordinates with transportation agencies when expanding service into new regions. In San Francisco, for example, agencies such as the SFMTA review autonomous‑vehicle incident reports and operational data submitted through regulatory channels.

This information helps cities understand where AVs encounter challenges and how they interact with existing traffic patterns.

Aggregated AV data can highlight areas with frequent hard braking, near misses, or congestion, which can inform long-term planning decisions. While cities ultimately make their own infrastructure choices, AV data provides an additional source of insight for engineers working to improve road safety in dense urban environments.

The price of rides is now competitive

Pricing varies by city, time of day, and surge conditions. A 2025 analysis of 90,000 offers in San Francisco found that Waymo rides averaged $20.43, compared to $15.58 (UberX) and $14.44 (Lyft Standard), a 31–41% premium on average.

However, event surges have produced instances where Waymo was actually cheaper. Riders using Uber to hail Waymo may also avoid the need to tip.

Curious how this pricing battle connects to the wider self-driving race? Tap here to explore how Waymo and Tesla are vying for the top spot.

Waymo aims to be the future of travel

With expanded approvals from the California DMV and other regulators, Waymo is positioning its robotaxi service as a major part of future urban mobility. The 2025 approvals allow driverless operation across large mapped areas of the Bay Area, Sacramento, and Southern California, as well as in Phoenix, Austin, and Atlanta.

Transportation analysts suggest that if robotaxis remain reliable and competitively priced, they could reduce the need for some households to own a second car, particularly in densely populated urban areas.

Want to see how California is pushing the next wave of clean transportation? Give this related update a look and dive deeper into the story.

What are your thoughts on robotaxis becoming an integral part of everyday city life? Share your thoughts in the comments, and don’t forget to leave a like.

Read More From This Brand:

• Waymo and Tesla battle for robotaxi dominance in Austin, Texas
• How robotaxis could change the future of car ownership
• Tesla plans Robotaxi testing in five more U.S. cities

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This slideshow was created with the assistance of AI and human input.