Humanoid makers and parts suppliers in Beijing now have a city-backed route to listing, dedicated training compute and scenario quotas, while Tianjin and Hebei are written in as production partners.
Beijing wants the capacity to build 200,000 embodied robots a year and a pipeline of at least 200 robot-related companies by the end of 2028. The Beijing Municipal Bureau of Economy and Information Technology issued the three-year action plan (京经信发〔2026〕54号) on November 11, effective the same day and valid until December 31, 2028. Its headline goal is at least five "internationally first-class" and 10 domestically leading makers of complete humanoid robots, plus a full-lifecycle safety governance system.
The plan also commits the city to a "one-on-one" service mechanism to help embodied robot companies list, a point IT Home put in its headline. It names the technical routes it will back, including vision-language-action models (VLA), world models and reinforcement learning, and asks for work on fusing information from multiple sources, understanding physical space and recognizing human emotion, so that robots move "from perception to cognition".
Beijing’s plan sets no output-value or revenue target; its numbers measure capacity, firms, data, compute and standards. It names special funds and government guidance funds without amounts, so the size of the public money behind it is not yet known.
Beijing spreads its robot targets across Tianjin and Hebei
The plan is built around seven sections, from an "embodied intelligence leap" program to safety governance and support measures. The production goals are regional. Beijing itself is to reach annual capacity of 200,000 complete robots, while the wider Beijing-Tianjin-Hebei region is to hold 25% of China’s complete-machine capacity and source more than 60% of key components locally. The notice calls for at least five manufacturing service platforms and at least 10 shared processing platforms across the region.
The product specifications are unusually concrete for a city plan. It asks for three to five series-built, modular platforms that can be defined by software, with a rated payload of at least 40% of the robot’s own weight, more than 2,000 hours of average operation between failures, an annual failure rate below 10% for core motion parts and end effectors, a design life of more than five years and at least four hours of battery life in continuous work. Component targets include torque density of 100 newton-meters per kilogram for integrated joint modules and 60 for motors, reducer life of more than 15,000 hours, dexterous hands rated for one million cycles and batteries at 350 watt-hours per kilogram.
A Shanghai Securities News report carried by 21st Century Business Herald listed the parts the plan treats as exposed to foreign supply: high-end flexible tactile sensors, micro precision reducers and micro hollow-cup motors, along with RISC-V system-level AI computing chips and high-dynamic-load N-channel MOSFETs, a type of power transistor.
Data and compute are the plan’s bets on robot intelligence
For training, the bureau wants more than one million hours of high-quality data collected in at least 100 real-world settings, held in national-level embodied data infrastructure. It plans new dedicated embodied AI computing clusters totaling more than 50,000 PFlops, a measure of computing throughput. According to the Shanghai Securities News report, key companies will be paired with specific computing-node projects, and a cross-regional project called the "Galaxy Compute Corridor" (银河算廊) will link Beijing with computing hubs elsewhere.
The same report cited Ni Yuan, a professor and deputy dean of the School of Business at Beijing Information Science and Technology University, who argued that the clusters should match real company demand and be judged by effective utilization and unit training cost rather than peak capacity, and that the city should avoid duplicate construction and price wars.
Demand is also allocated by number: at least 20 benchmark application scenarios each in industry and services, 10 in special-purpose fields and at least 15 solutions that can be rolled out at scale. The plan supports a robot innovation park in the Olympic central area and makes the Beijing Economic-Technological Development Area a demonstration zone where robots are applied across real settings. A China Business Journal report, also carried by 21st Century Business Herald, noted that the plan keeps branded events such as the World Robot Conference, the humanoid robot games and the half marathon.
Listings, standards and robot IDs come next
The company target is broad. The 200 firms can be technology-based small and medium-sized enterprises, high-tech enterprises, specialized "little giant" firms or manufacturing single champions, so the figure counts certifications as much as new entrants. The listing service is aimed at turning those firms into leading companies.
The plan also asks universities and research institutes in Beijing to form 100 robotics research teams, to build an open-source embodied robot community with global reach, and to lead or join the drafting of at least eight international standards, 30 national standards and 70 industry or group standards.
On safety, it introduces a "one machine, one code" management system that gives each robot an identity used for authentication, traceability and behavior audits across research, production, scrapping and recycling.
The first measurable signals will be the guidance-fund allocations and the first robot companies to enter the one-on-one listing service; neither has been named yet.