Quick Takeaways
- The article highlights the first public unveiling of a production-intent autonomous Lucid Gravity–based robotaxi developed with Uber and Nuro, signaling readiness for scaled premium electric autonomous ride-hailing. It emphasizes sensor integration, in-cabin digital experience, NVIDIA-based autonomous compute, and a planned 2026 Bay Area launch with manufacturing in Arizona.
On January 5, Lucid Group, Nuro, Inc., and Uber Technologies revealed the production-intent Lucid Group Uber robotaxi, offering the first public look at Uber’s newly developed in-cabin rider experience at CES 2026. The unveiling marks a key step toward scaling a global autonomous ride-hailing service built on premium electric vehicle architecture.
Autonomous road testing of the Lucid Gravity-based robotaxi began in December 2025, underscoring progress toward service validation ahead of a planned launch in the San Francisco Bay Area later in 2026. Prototype testing is being conducted under the supervision of trained autonomous vehicle operators, with Nuro leading the overall validation effort.
Lucid Group Uber Robotaxi Sensor and Exterior Innovations
The production-intent robotaxi integrates a next-generation sensing system designed specifically for scalable autonomous operations. A purpose-built, roof-mounted halo houses the complete sensor suite while preserving the Gravity SUV’s distinctive design language.
Key exterior and sensing highlights include:
Lucid Group Uber Robotaxi In-Cabin Rider Experience
Inside the vehicle, the Lucid Group Uber robotaxi builds on the Gravity’s six-passenger comfort, introducing a digitally focused, rider-centric environment. The cabin experience has been designed to enhance trust, transparency, and personalization throughout the journey.
Notable in-cabin features include:
These features aim to make autonomous travel intuitive while giving riders greater confidence in the vehicle’s decision-making.
Autonomous Compute and Production Readiness
At the core of the autonomous system is high-performance computing based on NVIDIA DRIVE AGX Thor, part of the NVIDIA DRIVE Hyperion platform. This hardware supports real-time AI processing required for Level 4 autonomous driving in complex urban conditions.
Pending final validation milestones, the production-intent Lucid Group Uber robotaxi is expected to enter manufacturing at Lucid’s facility in Casa Grande, Arizona later in 2026, positioning the program for broader commercial deployment.
Autonomous road testing of the Lucid Gravity-based robotaxi began in December 2025, underscoring progress toward service validation ahead of a planned launch in the San Francisco Bay Area later in 2026. Prototype testing is being conducted under the supervision of trained autonomous vehicle operators, with Nuro leading the overall validation effort.
Lucid Group Uber Robotaxi Sensor and Exterior Innovations
The production-intent robotaxi integrates a next-generation sensing system designed specifically for scalable autonomous operations. A purpose-built, roof-mounted halo houses the complete sensor suite while preserving the Gravity SUV’s distinctive design language.
Key exterior and sensing highlights include:
- High-resolution cameras, solid-state lidar, and radar sensors integrated into a low-profile roof halo
- Halo-mounted LED displays that help riders identify their vehicle and view ride status information
- Exterior signaling designed to improve visibility, recognition, and operational clarity in dense urban environments
Lucid Group Uber Robotaxi In-Cabin Rider Experience
Inside the vehicle, the Lucid Group Uber robotaxi builds on the Gravity’s six-passenger comfort, introducing a digitally focused, rider-centric environment. The cabin experience has been designed to enhance trust, transparency, and personalization throughout the journey.
Notable in-cabin features include:
- Interactive screens allowing passengers to adjust climate, heated seating, and audio preferences
- Visualizations showing what the autonomous system detects and how it plans each maneuver
- Easy access options to contact support or request a safe pull-over during the ride
These features aim to make autonomous travel intuitive while giving riders greater confidence in the vehicle’s decision-making.
Autonomous Compute and Production Readiness
At the core of the autonomous system is high-performance computing based on NVIDIA DRIVE AGX Thor, part of the NVIDIA DRIVE Hyperion platform. This hardware supports real-time AI processing required for Level 4 autonomous driving in complex urban conditions.
Pending final validation milestones, the production-intent Lucid Group Uber robotaxi is expected to enter manufacturing at Lucid’s facility in Casa Grande, Arizona later in 2026, positioning the program for broader commercial deployment.
Company Press Release
Click above to visit the official source.
Share: