Geely Unveils China's First Purpose-Built Robotaxi, the EVA Cab

Daily Car

27/04/2026

Geely, in collaboration with Afari Technology and CaoCao Mobility, has pulled the wraps off the EVA Cab, China's inaugural purpose-built robotaxi prototype. Unveiled at the Beijing Auto Show, this Level 4 autonomous vehicle is slated for mass production and commercial deployment starting in 2027, signaling a significant step forward in autonomous mobility for the region.

Key Takeaways

Geely introduces the EVA Cab, China's first purpose-built robotaxi.
The vehicle is designed for Level 4 autonomous operation.
Commercial operations are planned to commence in 2027.
The prototype features a luxurious interior and advanced sensor technology.

Futuristic Design and Interior

The EVA Cab boasts a distinctive design, reminiscent of a modern interpretation of the Fiat Multipla, with a sharp "shark nose" front end, elevated headlights, and an integrated messaging display. Its MPV silhouette features streamlined bodywork, electric sliding doors with flush handles, and a prominent greenhouse. Aerodynamically styled wheels and a rounded rear with a spoiler and another messaging board complete the exterior.

While details on the interior were initially scarce, Geely described a "face-to-face cabin layout" that balances aesthetics with spaciousness. The cabin appears to accommodate four passengers, with a substantial console between the front seats. The front seats are designed to fold away, maximizing legroom. Notable interior features include a "Galaxy Skyroof" and a retractable display, complemented by "Drifting Galaxy" door panels and wood trim, adding a touch of luxury not typically found in robotaxis. An AI assistant is integrated for intuitive user interaction.

Advanced Technology and Performance

Geely has equipped the EVA Cab with cutting-edge technology, including what they claim is the "world's first quantum-level AI electronic and electrical architecture." The robotaxi features the "world's first 2160-line digital LiDAR system" and the "industry's first mass-production-ready L4-level assisted driving software solution." Powering these systems are three flagship chips: the NVIDIA SuperChip, NVIDIA Thor U, and Qualcomm Snapdragon 8397, delivering over 3,000 TOPS of computing power.

The LiDAR system is highlighted for its impressive capabilities, capable of processing 25.92 million points per second and detecting objects up to 600 meters (1,969 feet) away, ensuring comprehensive environmental awareness for safe autonomous operation.

2026-04-20

The E46 M3 Touring Becomes Reality Through Bespoke Conversion

A British firm is now building the E46 M3 Touring BMW never made. Discover the details on this bespoke wagon, with V8 and V10 engine options available.