Blind Riders Embrace Waymo Robotaxis in California, Gaining Solitude 2 Years After San Francisco Launch
Updated
Updated · The New York Times · May 24
Blind Riders Embrace Waymo Robotaxis in California, Gaining Solitude 2 Years After San Francisco Launch
4 articles · Updated · The New York Times · May 24
Blind and visually impaired Waymo users in California say the driverless cars offer a rare experience: riding alone with a sense of control that traditional transport has not provided.
San Francisco rider Ruben Brunt, 28, said he now crosses the bay just to take Waymo trips, describing the appeal as independence, privacy and the ability to travel without relying on a driver.
Waymo has operated on San Francisco streets for two years and now has hubs in San Francisco and Los Angeles, giving blind riders access in a state with the nation’s largest blind population.
The benefit comes despite broader backlash against Waymo’s fleet, which has faced attacks, service disruptions during power outages and other incidents that have made the robotaxis a target of frustration.
As Waymo champions independence for the blind, are its 1,400+ reported accidents a price the public must pay?
With Waymo losing billions annually, is its race towards profitability compromising the safety of city streets?
Waymo’s Robotaxis Drive 4 Million Miles Weekly: The Expanding Impact on Urban Transportation, Accessibility, and Public Safety
Overview
Waymo is quickly expanding its robotaxi service across the United States, with plans for global launches. This growth is supported by increasing public acceptance and Waymo’s proven ability to scale operations efficiently. The company’s fleet of around 3,000 vehicles is being used more often, leading to a steady rise in weekly paid rides. By maximizing the output from each robotaxi, Waymo is moving closer to profitability and reducing issues like congestion from empty vehicles. These trends highlight Waymo’s strong position in transforming urban transportation and show how its technology is gaining traction in real-world settings.