Gasgoo Munich- "Humanoid robots will become as disruptive as computers, smartphones, and new energy vehicles — with a market potentially ten times the size of autos." That was the bold prediction from Wan Xin, head of strategy and product at UQI, speaking July 3 at the 2026 Embodied Intelligence Industry-Scene Integration Conference hosted by Gasgoo Embodied Intelligence.
Wan Xin, Head of Strategy and Product at UQI
The commercialization roadmap for the industry, in her view, is straightforward: start in industrial settings, replacing simple, repetitive, or hazardous jobs; move into commercial applications as technology improves and costs fall; and only enter households once AGI and embodied intelligence are sufficiently mature — at least five years from now.
The most immediate opening lies in the auto sector. "Assuming a 15% annual substitution rate, demand in China alone will top 750,000 units over the next three to five years — and exceed 5 million globally."
Auto manufacturing faces its worst labor shortages in assembly, sorting, and inspection — roles plagued by repetitive motion, constant bending, and prolonged standing. Traditional robotic arms and automated guided vehicles (AGVs) are already widely deployed in structured tasks like welding, painting, and materials handling. Yet when it comes to unstructured assembly, sorting, and quality checks, conventional automation falls short.
Compounding the issue, production lines for automotive and 3C electronics shift rapidly, making it costly to retool traditional robots. Humanoid robots, Wan argued, are key to resolving that tension.
Wan outlined UQI's three-tier product architecture: a foundation model acting as the "brain," a smart operating system managing deployment and scheduling, and varied robotic terminals handling execution.
The terminal products span L3 to L5. L3 covers industrial mobile robots, with over 19 models already in mass production at plants run by BYD, Michelin, and Foxconn. L4 features autonomous logistics vehicles with a 1.5-ton payload and 250-km range; a second generation is poised for public roads, with a 1,000-unit deployment plan kicking off this year. L5 is the humanoid tier, currently using UBTECH's Walker S2. The upcoming Walker S3 — set for release this year — stands 1.76 meters tall with 52 degrees of freedom and dexterous hands capable of lifting 17.5 kg each. At a ZEEKR factory, two units have already collaborated to handle 40 to 50 kg payloads.
On the tech side, UQI relies on an "edge-cloud collaborative" embodied intelligence framework: cloud-based large models handle top-level planning, while the edge-based brain makes decisions and the "cerebellum" controls motion. The motion-control models are trained using a blend of imitation and reinforcement learning. "When the environment changes, you don't need massive re-engineering or retraining," Wan noted.
UQI is a joint venture between UBTECH — which holds a stake of over 40% — and Tianqi. Founded in 2020, the company has scaled from mass-producing AGVs to deploying humanoid robots in industrial settings.
