China’s Humanoid Robots Enter ‘Internship’ Phase

China’s humanoid robot industry has officially entered what policymakers are calling an “internship” phase, as the Ministry of Industry and Information Technology (MIIT) and the State-owned Assets Supervision and Administration Commission (SASAC) jointly launched a national initiative to transition robots from laboratory demonstrations into real-world operational deployment. The “2026 Annual Humanoid Robot and Embodied Intelligence Real-Scene Practical Training Special Action,” issued on June 8, sets ambitious targets for the sector, including the completion of application verification and routine deployment in representative scenarios by the end of the year, according to Xinhua News.

A Policy Framework for Real-World Training

The joint action represents a sophisticated policy intervention designed to bridge the gap between simulated and real-world performance — the industry’s most significant bottleneck. According to IT之家, the initiative aims to identify over 100 high-value application scenarios and drive the formation of ten-thousand-unit-scale deployment capabilities across three major domains: industrial manufacturing, service and people’s livelihood, and special operations.

Nine key scenarios have been prioritized, including production manufacturing, inspection and analysis, maintenance and repair, warehousing and logistics, catering and retail, medical and elderly care, safety production, emergency rescue, and disaster prevention and mitigation. The action covers 10 provincial-level regions — Beijing, Tianjin, Shanghai, Jiangsu, Zhejiang, Shandong, Hubei, Hunan, Guangdong, and Sichuan — along with relevant central state-owned enterprises, as detailed in the 21st Century Business Herald’s policy interpretation.

Each province must select no fewer than 20 key scenario units covering at least two of the three domains, while each central enterprise must select no fewer than 10 key scenarios.

Six Key Tasks to Drive Deployment

The action outlines six key tasks designed to address the entire value chain. These include building real-scene training spaces, forming innovative application consortia, developing practical operation skills, strengthening real-scene verification and routine deployment, reinforcing key factor guarantees, and consolidating mature experience.

As the MIIT Department of Science and Technology explained in its policy interpretation, “Real-scene practical training is the key lever to break through current bottlenecks. Through intensive construction, standardized management, and resource-sharing training spaces, we can effectively avoid duplicate construction and resource waste.” The ministry described the initiative as “an important means to push humanoid robots from ‘usable’ to ‘good to use.’”

A representative from New Song Robot (新松机器人) told 21st Century Business Herald that this is “a top-level design to push humanoid robots from ‘demonstration’ to routine operation mode — using real working conditions, real data, and real delivery to push humanoid robots from ‘usable’ to ‘good to use, dare to use, and replicable.’”

Industry Momentum Meets Hard Realities

The policy push comes amid explosive growth in China’s humanoid robot sector. In 2025, which MIIT declared as “the first year of mass production” for humanoid robots at a State Council press conference, total shipments reached 14,400 units. Production in 2026 is expected to cross the 100,000 to 200,000 unit scale.

Key players have posted remarkable numbers. Ubtech (优必选) delivered 1,079 full-size humanoid robots in 2025, with humanoid robot revenue surging 22-fold to 821 million RMB. Unitree (宇树科技) delivered over 5,500 pure humanoid robots in 2025, while Agibot (智元机器人) reached 10,000 cumulative units by March 2026 — achieving the leap from 5,000 to 10,000 units in just four months, as reported by ifeng.com.

Yet beneath the impressive production figures lie significant challenges. Wang Feili (王斐丽), China Industrial Analyst at UBS Securities, offered a cautious assessment: “Even if many manufacturers rush to ten-thousand-unit production this year, humanoid robots may not truly reach a commercialization inflection point.”

The Gap Between Demonstration and Deployment

Critical analysis reveals a substantial gap between supply-side capacity and demand-side readiness. Stanford’s 2026 AI Index Report shows humanoid robots succeed only 12.4% of the time in real home tasks compared to 89.4% in simulation. Most current shipments go to research institutions and data collection centers rather than actual industrial production lines. Unitree’s own breakdown shows that over 70% of sales go to scientific research and education, with only about 9% going to genuine industry applications.

Cost remains a formidable barrier. While a basic humanoid robot now costs approximately 100,000 RMB, the total cost of ownership for factory deployment — including operations and maintenance — may reach 500,000 to 600,000 RMB. With a payback period of five years against a robot design life of three to five years, the economic case remains unproven for most manufacturers.

Peng Zhihui (彭志辉), Co-founder and CTO of Agibot, articulated the industry’s central challenge: “Whether a robot has truly exited the demo stage depends not on how flashy its movements are, but on whether it can stably complete complex tasks in real open environments, whether it can calculate ROI, and whether it can truly replace some human labor in terms of cycle time, quality, and reliability.”

What to Watch For

Analysts expect humanoid robots to follow a progressive deployment path, with industrial manufacturing training coming first, followed by B-end scenario expansion, and eventually home普及. Li Chenwei (李晨崴), an analyst at Wanyuan Securities, noted that “industrial scenarios, due to their high degree of structure and economic viability, will be the first to achieve deployment.”

The MIIT-SASAC action encourages innovative business models such as “humanoid robot as a service,” which could lower adoption barriers through pay-per-use and leasing arrangements. Insurance mechanisms for humanoid robots are also being explored.

As She Huimin (佘惠敏) of Economic Daily wrote in the original Xinhua feature, “From laboratory stars to productive forces, the internship period for humanoid robots is destined to be far from smooth sailing. The complexity, diversity, and uncertainty of the real world will be the most severe test for this industry.” The question now is whether China’s ambitious policy framework can accelerate the transition from “being trained” to genuinely “working.”