Nuro has secured both a driverless testing permit and a deployment permit from the California Department of Motor Vehicles for its Lucid Gravity SUV, allowing the company to operate the electric SUV on public roads with no human safety driver behind the wheel. Nuro also holds passenger-service program authorizations from the California Public Utilities Commission, placing it on the same regulatory footing that Waymo uses to run its own robotaxi fleet in San Francisco. The permits land as Uber has publicly signaled plans to launch autonomous ride-hailing in the city this year, setting up a direct overlap with Waymo’s home turf that could reshape how Bay Area residents experience driverless transportation.
Nuro’s dual permits and what they unlock for Uber in San Francisco
California requires autonomous vehicle companies to clear two separate state agencies before they can carry paying passengers without a safety driver. The DMV controls road access through testing and deployment permits, while the CPUC governs the commercial side, deciding whether a company can charge fares or offer rides through a transportation network. Nuro has now satisfied both gatekeepers. The DMV’s permit roster lists Nuro under driverless testing with the Lucid Gravity as an approved vehicle platform, alongside its smaller R3 Nuro Robot. The same tables show Nuro under the deployment category, which authorizes commercial operation rather than research-only driving.
On the fare-collection side, the CPUC program directory confirms Nuro holds passenger-service authorizations. That combination of DMV deployment status and CPUC authorization is the same regulatory stack Waymo assembled before launching its own paid robotaxi service in San Francisco. For Uber, which has partnered with Nuro to supply autonomous vehicles for its ride-hailing app, the permits eliminate what had been the longest lead-time item in any new-market launch: state approval. Uber does not need to obtain its own autonomous driving permits because it operates as a network connecting riders to licensed AV operators. With Nuro’s approvals already in hand, the integration timeline compresses to software integration, fleet logistics, and operational readiness rather than months of regulatory waiting.
In practice, that means Uber can start small pilots or limited-area launches as soon as Nuro is confident in its routes and support infrastructure. The company will still need to coordinate with San Francisco transportation officials on curb access, pickup and drop-off zones, and potential congestion hot spots, but the core legal authority to move passengers for pay is already in place. For riders, the first visible sign will likely be an option within the Uber app to request an autonomous trip, with clear labeling that the vehicle arriving will be a Nuro-operated Lucid Gravity rather than a human-driven car.
How the Lucid Gravity fits into a crowded permit field
The choice of the Lucid Gravity is itself significant. Nuro built its reputation on small, low-speed delivery pods designed to carry packages, not people. The Gravity is a full-size, three-row electric SUV with seating for passengers, a vehicle class that maps directly onto the ride-hailing use case Uber needs. By certifying the Gravity for driverless operation, Nuro signals it has moved beyond last-mile delivery into direct competition with Waymo’s Jaguar I-PACE fleet and other passenger-focused robotaxis.
Nuro is not the only company collecting permits. The CPUC’s index also lists Waymo under active deployment authorization, and additional firms such as WeRide and Tensor Auto hold their own CPUC program permits at various stages. The broader California regulatory framework has been gradually widening the door, approving multiple operators rather than granting exclusivity to any single fleet. That pattern matters for riders because it introduces the possibility of price competition and shorter wait times, but it also raises questions about how city streets will handle overlapping autonomous fleets operating in the same neighborhoods at the same hours.
San Francisco’s roads already host Waymo vehicles around the clock. Adding Nuro’s Lucid Gravity fleet, potentially dispatched through Uber’s app, would mark the first time two separate robotaxi brands compete for the same passenger trips in the same city at scale. For everyday commuters, the practical effect could be faster pickup times and lower surge pricing as Uber and Waymo respond to each other’s coverage. For city planners and safety regulators, the effect is a more complex traffic environment with autonomous vehicles from different companies running different software stacks on shared corridors and interacting with the same mix of cyclists, pedestrians, and human drivers.
The Lucid Gravity’s larger size compared with Nuro’s earlier delivery bots may also change how residents perceive autonomous vehicles. Instead of low-slung pods trundling along neighborhood streets, riders and bystanders will see full-size SUVs pulling up to busy curbs and navigating dense traffic. That shift could make the technology feel more familiar-these are vehicles that resemble conventional family cars-but it also raises the stakes for safe operation in crowded urban settings.
Missing data on safety performance and operational boundaries
Several questions remain open despite the permit approvals. The CPUC’s permit index links to documents describing each company’s Operational Design Domain, the specific streets, speed limits, weather conditions, and hours during which the vehicles are authorized to operate. But the publicly available index pages do not reproduce the full text of those ODD restrictions for Nuro’s Lucid Gravity. Without that detail, it is unclear whether Nuro’s initial service area will cover all of San Francisco or a smaller geofenced zone, and whether operations will run at all hours or only during daytime or off-peak periods.
Public crash and disengagement reporting, which the DMV requires from all permit holders, does not yet include data specific to the Lucid Gravity platform. The University of California, Berkeley maintains an AV safety analysis tool that aggregates DMV-reported incidents, but Nuro’s newer vehicle has not generated enough road history to appear in those datasets in a meaningful way. That gap means riders and regulators lack a statistical baseline for how the Gravity performs in complex city environments, from handling unprotected left turns to responding to emergency vehicles and construction detours.
In the absence of detailed performance data, much of the early oversight will rely on incident reporting and public feedback once the vehicles begin carrying passengers. Both the DMV and CPUC require operators to notify regulators about significant collisions and service disruptions, and San Francisco officials have previously pressed autonomous vehicle companies to share more granular data about blocked intersections, traffic delays, and interactions with first responders. Nuro and Uber will likely face similar expectations as they roll out the Gravity fleet.
Transparency will be a key test. Regulators and residents have repeatedly asked AV companies to explain not just when something goes wrong, but how their systems are designed to prevent foreseeable problems. For the Lucid Gravity, that could include public descriptions of how its sensors handle San Francisco’s steep hills and fog, what fallback behaviors trigger a safe stop, and how remote support staff intervene when the vehicle encounters a situation it cannot resolve on its own.
What comes next for Nuro, Uber, and San Francisco riders
With permits secured, the next phase shifts from regulatory filings to practical deployment. Nuro will need to scale up a fleet of Lucid Gravity SUVs equipped with its autonomous driving hardware and software, establish maintenance and charging depots, and train remote operators and support teams. Uber, for its part, must refine the rider experience: how autonomous options are presented in the app, what disclosures are shown before a trip, and how customer support handles issues unique to driverless rides, such as doors that fail to open or vehicles that stop short of the intended pickup point.
San Francisco residents can expect an incremental rollout rather than an overnight transformation. Early service will likely concentrate in neighborhoods with relatively predictable traffic patterns and strong cellular connectivity, expanding as Nuro gains confidence and as safety data accumulates. Over time, if the Lucid Gravity fleet performs well, Uber may deepen its reliance on autonomous vehicles for certain trip types, such as late-night rides or routes that human drivers tend to avoid.
The arrival of Nuro’s Lucid Gravity on San Francisco streets, underpinned by both DMV and CPUC approvals, signals that the city’s autonomous ride-hailing ecosystem is entering a more competitive and more complex phase. For riders, that could translate into new options and lower wait times. For regulators and city officials, it will demand closer coordination, clearer data-sharing, and ongoing scrutiny of how multiple driverless fleets interact with the people and infrastructure that make up San Francisco’s streets.
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*This article was researched with the help of AI, with human editors creating the final content.
