Auto China 2026: From metal and horsepower to software and AI
Auto China 2026 makes one thing unmistakably clear: the centre of gravity is shifting from sheet metal to software. More than 1,400 vehicles and nearly 200 global debuts crowd the halls, but the loudest messages are about intelligent driving, ultrafast charging and new mobility formats rather than traditional model launches. Chinese automakers are using the show to flaunt advanced driver-assistance that can detect an unresponsive driver, pull over and call emergency services, as well as next-generation batteries that can charge to near full in minutes and still perform at minus 30 degrees Celsius. This pivot turns the Beijing event into a proving ground for Chinese EV technology aimed at overseas markets, where brands intend to compete not just on aggressive pricing but on AI navigation in cars, seamless charging and always-connected services. For mainstream buyers, the technology being demonstrated hints at vehicles that behave more like smartphones on wheels than conventional cars.
Geely’s full-domain AI and the rise of purpose-built robotaxis
Geely used Auto China 2026 to showcase a broad smart car ecosystem and debut the EVA Cab, described as the country’s first purpose-built robotaxi prototype. Co-developed with AFARI Technology and mobility operator CaoCao, EVA Cab is engineered from the ground up for autonomous ride-hailing, with wide electric sliding doors and a face-to-face cabin prioritising space, accessibility and easy cleaning over traditional driver-focused packaging. Underneath, Geely’s so‑called Quantum-Level AI electronic and electrical architecture adds end‑to‑end, quantum-grade security, while a 2160-line digital LiDAR and a mass-production-ready L4 software stack highlight how far robotaxi platforms have evolved beyond retrofitted passenger cars. Dedicated designs like EVA Cab integrate extra sensors, computing power and failsafe systems more efficiently, potentially lowering lifecycle costs for fleet operators. As these platforms mature, they provide a template for how robotaxi services might be exported: not just as software, but as tightly integrated hardware–software products tuned for safety, durability and high utilisation.
Chery’s multi-brand matrix: tech differentiation for global niches
Chery Group arrived in Beijing positioning itself less as a single automaker and more as a technology umbrella spanning several marques. Its stand brings together CHERY, EXEED, iCAUR, OMODA & JAECOO, LEPAS and LUXEED, with 15 core models and a suite of new energy technologies. The group is rolling out what it calls a multi-brand technology matrix, using different labels to court specific customer segments and overseas niches, from family-focused crossovers to more premium electric offerings. Under the skin, shared platforms do the heavy lifting: a vehicle-level 48V low-voltage architecture, a high-efficiency KunPeng Sky Optimus engine, Rhino Battery 360 system, and the Ark System based on GAIA Architecture. Intelligent features such as the Lingxi smart cockpit and Falcon Pilot 900 robocar concept signal that advanced driver assistance and connectivity will be common threads across brands. Combined with a “For Family” value proposition built on safety, space and technology access, Chery is clearly preparing to scale its formula across global markets.
AI navigation, live maps and in-car commerce turn cars into super-apps
Beyond hardware, Auto China 2026 highlights how software and AI navigation in cars are becoming key battlegrounds. Mapping specialist HERE introduced AI-powered, live map intelligence designed for Navigation on Autopilot (NOA), giving automakers lane-level detail and predictive signal timing to support smoother, more consistent L2++ driver assistance across borders. The idea is a shared, constantly updated “ground truth” map that both human drivers and automated systems can trust. In parallel, tech giants are pushing generative AI into dashboards. Alibaba’s Qwen AI is being integrated into partner vehicles to power natural voice interaction and in-car e-commerce services such as ordering food, booking hotels or managing deliveries while on the move. Together, these developments turn the car into a rolling super-app: a connected hub that anticipates routes, negotiates traffic lights more intelligently, and links drivers to a wider ecosystem of services, blurring the line between mobility platform and digital lifestyle device.
What this means for legacy automakers—and everyday drivers
The displays in Beijing underscore how quickly the competitive landscape is changing for established Western and Japanese brands. Chinese manufacturers are pairing cost-competitive EVs with features once reserved for high-end models: lane-level NOA, ultrafast charging, intelligent cockpits and, in Geely’s case, purpose-built robotaxi platforms. For legacy players, the challenge is twofold: match the pace of software and AI innovation while defending margins against new entrants able to bundle advanced capabilities into mainstream price brackets. For drivers worldwide, the near-term impact will be more tangible. Expect to see AI copilots that can handle more of the driving workload, richer in-car voice assistants capable of handling commerce and logistics tasks, and a proliferation of semi-autonomous functions that feel more predictable thanks to better maps and sensing. In some cities, pilot fleets of robotaxis based on dedicated platforms are also likely, signalling that what debuts at Auto China 2026 is not staying confined to its home market.
