Home » Uber Introduces Lucid and Nuro Robotaxi Concept at CES 2026

Uber Introduces Lucid and Nuro Robotaxi Concept at CES 2026

Uber revealed a Lucid Gravity robotaxi developed with Nuro at CES 2026, outlining plans to expand its autonomous rideshare service starting in San Francisco.

Uber used the Consumer Electronics Show in Las Vegas to preview its next step in autonomous ride technology, unveiling a premium robotaxi built on the Lucid Gravity electric SUV platform. The vehicle is being added to Uber’s global rideshare ecosystem, with initial deployment planned in San Francisco, where autonomous vehicles are already operating at scale.

San Francisco is Uber’s original home market and also one of the most active autonomous testing environments in the United States. Waymo, owned by Alphabet, currently operates more than 800 autonomous taxis in the city, making it a proving ground for how self-driving vehicles coexist with traditional rideshare work.

A three-company collaboration behind the vehicle

The robotaxi combines vehicle manufacturing, autonomous driving software, and artificial intelligence infrastructure. Lucid provides the electric vehicle platform, while autonomous technology comes from Nuro. The system is powered by Nvidia’s artificial intelligence hardware.

In late 2025, Uber and Nvidia announced a partnership aimed at deploying up to 100,000 robotaxis globally beginning in 2027. That announcement positioned the CES reveal as an early look at what that long-term plan could look like in practice.

“Together with Uber, we’re creating a framework for the entire industry to deploy autonomous fleets at scale, powered by Nvidia AI infrastructure,” Nvidia chief executive Jensen Huang said at the time. “What was once science fiction is fast becoming an everyday reality.”

The Lucid Gravity-based robotaxi was displayed at an Nvidia exhibition inside the Fontainebleau Las Vegas, where it was shown as a premium vehicle designed to carry up to six passengers.

What riders will experience inside the vehicle?

Uber says the Lucid Gravity robotaxi will feature a custom in-cabin experience developed specifically for autonomous service. The interior includes interactive screens that allow passengers to control climate settings, seat heaters, and music. Riders will also be able to contact support or instruct the vehicle to stop through the interface.

Initial road testing began last month with safety drivers inside the vehicles as a precaution. Uber has not announced how long testing will continue, but the company says commercial service will depend on regulatory approval in California.

The company expects the robotaxi service to launch later this year if approvals move forward as planned.

“Uber is proud to partner with Lucid and Nuro to bring a state-of-the-art robotaxi to market later this year,” stated Sarfraz Maredia, Uber’s global head of autonomous mobility.

How robotaxis fit into Uber’s current platform

Uber already offers riders access to autonomous vehicles in select cities through its partnership with Waymo. In parts of the San Francisco Bay Area, Waymo vehicles operate alongside human-driven rideshare cars and have become a common sight on city streets.

For drivers, this rollout represents a continuation of Uber’s strategy rather than a sudden shift. Autonomous vehicles are being introduced first in limited markets and under strict regulatory oversight, with human drivers remaining the majority of trips nationwide.

Industry analysts note that dense urban markets with high demand and supportive regulations are typically where autonomous services are tested first, while traditional rideshare work continues to dominate in suburban and regional areas.

What rideshare drivers should take away from this

Uber’s robotaxi announcement reflects a longer-term investment in autonomous technology rather than an immediate replacement of human drivers. Current testing remains limited, regulated, and market-specific. For now, rideshare drivers continue to be the backbone of Uber’s platform in most cities.

As with previous autonomous rollouts, expansion will depend on regulation, infrastructure, and rider adoption, all of which move more slowly than technology itself.

Source: Chauffeur Driven

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