Geely debuts Eva Cab robotaxi prototype

Robotaxis are moving out of the demo phase and into purpose-built vehicle design. That’s the real story here. On April 24 at Auto China 2026 in Beijing, Geely Auto Group showed the EVA Cab, a driverless electric shuttle built from scratch for ride-hailing rather than adapted from a normal car. That matters because the hard part of robotaxis is not just software — it’s building a vehicle, fleet system, and operating model that actually fit commercial use. ### What is the EVA Cab, exactly? It’s Geely’s idea of a native robotaxi — basically a small electric people-mover designed around autonomous service from day one. The cabin uses electric sliding doors and a face-to-face seating layout, and Geely removed the usual driver controls entirely. No steering wheel is the headline, but the more important point is that the whole package is meant for shared mobility, not private ownership. (timesnewswire.com) ### Why does “purpose-built” matter so much? A converted SUV can run robotaxi software, but it still carries the compromises of a human-driven car. You keep the driver seat, the controls, and a layout built around one person facing forward. A purpose-built robotaxi flips that logic. More cabin space, easier entry, simpler cleaning, and lower operating cost start to matter more than traditional car design cues. InsideEVs notes Geely is also pitching battery swapping and automatic cleaning — very fleet-minded features. (timesnewswire.com) ### What is Geely claiming on the tech side? Geely is making very big claims. It says the EVA Cab runs Level 4-capable software, uses a 196-billion-parameter model, and can handle 99% of daily travel scenarios. Reports from the show also say the vehicle combines lidar, cameras, and a large onboard compute stack, with figures ranging from 1,400 TOPS for the autonomy solution to more than 3,000 TOPS for the broader chip setup Geely described at the stand. (insideevs.com) Those numbers sound impressive, but they are still company claims from a prototype reveal. ### Who is actually behind it? This is not just a Geely car project. Geely unveiled it with AFARI Technology and CaoCao Mobility, its ride-hailing arm. That split matters. AFARI appears to be part of the autonomy stack, while CaoCao is the piece that knows dispatch, fleet operations, and passenger service. In other words, Geely is trying to show the whole robotaxi chain in one package — vehicle, software, and operator. (carnewschina.com) ### Is this competing with Tesla or Waymo? Basically, yes — but in a very Chinese-market way. Tesla’s Cybercab pitch is also a no-wheel, no-pedals robotaxi, and Waymo has shown that the real moat is operations, not just autonomy demos. Geely seems to be aiming at both lessons at once: build a dedicated vehicle like Tesla wants, but pair it with an in-house mobility operator like Waymo’s service model. The catch is that proving a prototype on a show floor is much easier than scaling a safe public fleet. (timesnewswire.com) ### When does this become real? Geely’s timeline points to 2027 for a CaoCao Mobility customized version and initial commercial rollout. It also says pilot robotaxi operations have already been running for more than a year in cities including Hangzhou and Suzhou. So this is not a pure concept car. But it is still one step before mass deployment — a bridge between pilot testing and an actual service vehicle built for scale. (insideevs.com) ### What should you actually take away from this? The important shift is strategic, not aesthetic. Geely is signaling that Chinese automakers do not want to just sell EVs into an autonomous future — they want to own the robotaxi stack too. If the EVA Cab works, Geely could supply the vehicle, the autonomy platform, and the ride network. That is a much bigger ambition than showing off a weird van with no steering wheel. (carnewschina.com) ### Bottom line The EVA Cab is Geely’s attempt to turn robotaxis into an integrated product instead of a software experiment. The vehicle is still early, and some of the claims need real-world proof. But the direction is clear — purpose-built autonomous fleets are becoming a manufacturing race now, not just an AI race. (timesnewswire.com)