The news of February 10thIDC Publication of the latest data, Global 2025Humanoid RobotTHE VOLUME OF DELIVERIES WAS CLOSE TO 18,000, AN INCREASE OF APPROXIMATELY 508% OVER THE SAME PERIOD, WITH SALES OF APPROXIMATELY $440 MILLION; OVER THE SAME PERIOD, CUMULATIVE SALES ORDERS WERE EXPECTED TO EXCEED 35,000, LAYING THE FOUNDATION FOR SUBSEQUENT DELIVERIES AND CONTINUED MARKET RELEASE。
Man-shaped robots are robotic systems that are structured in humans or humans, usually with critical human structures such as torso, head, arms and, at the functional level, human perception, learning, decision-making and implementation. By imitating a humanized body, it can simulate human actions and interactions, perform multiple tasks in a dynamic environment and achieve natural interactions with humans or other systems。
According to the report, Chinese manufacturers are based on well-developed manufacturing systems, rapid iterative capacity and cost advantages, in terms of plant patternsPredominant in global markets:
- Mob robots and Wowley technology are about 5,000 stations in the top of the industry, with a capacity to scale delivery, product maturity and a leading advantage in the application landscape。
- Combination robots, accelerated evolution and laxity produce around 1,000 stations, focusing on the location of the spot。
- From 4 to 1,000 units, mainly pilot projects and customized deliveries, from Galaxy commons, the best-selections, cyborg robots and stardust intelligence。
- The company Star Activism, the Magic Atom, the Beijing Human Robotic Innovation Centre, the Star Chart, the Magna Carta, and the International Dynamics Company have delivered more than 100 units and are in the early stages of commercialization。
By contrast, international manufacturers, such as Apptronik, Figure AI, Agility Robotics, are still mainly at the pilot test stage, with about dozens of deliveries. Tesla's human-shaped robot is still used for internal testingIt's expected to be officially launched in 2026I don't know. Overall, Chinese manufacturers have taken a pre-emptive advantage in the current phase of human-shaped robotization。
In the form of productsIn 2025, the global human robotics market was dominated by two-footed formsI DON'T KNOW. DATA SHOW THAT THE COMBINED CONTRIBUTION OF DOUBLE-FOOT ROBOTS (FULL-SIZED AND SMALL- AND MEDIUM-SIZED) TO MARKET SALES OF 66.31 TP3T BECAME THE DOMINANT PATTERN OF THE CURRENT MARKET。
- in,FULL-SIZED DOUBLE-FOOTED ROBOTIC CONTRIBUTION 41.6% SALESIt is the highest of all product forms, with a higher level of intellectualization and the ability to adapt to complex environments, to achieve faster expansion in such settings as guide shopping, entertainment and scientific education. The sub-market showed a marked concentration of the head, with intellectual robots leading in commercialization。
- Small and medium-sized double-footed human robots, with light quantitative design and relatively low unit price advantages, are used mainly in relatively low load and interoperability scenarios, such as entertainment and educational research, as an important complement to the double-footed robot market。
In contrast, wheeled robots play a role in such contexts as data collection, industrial manufacturing and warehousing logistics, with mobility and cost advantages。
In terms of the distribution of applications, the human robotics market is now characterized by a high degree of concentration and gradual diversification. In 2025Market demand is driven mainly by entertainment, educational research and data collectionThese scenarios emphasize the demonstration of effectiveness, interactive experience or technical validation as the core driving force for the commercialization of human robots。
1AI WAS INFORMED THAT MARKET SPACE FOR INDUSTRIAL, LOGISTICS AND OTHER VERTICAL APPLICATIONS IS EXPECTED TO BE FURTHER OPENED AS CORE TECHNOLOGIES CONTINUE TO MATURE, SYSTEM STABILITY INCREASES AND COSTS DECLINE。
In terms of business models, the industry is being sold from one-time hardware to RaaS (Robot as a Service), transport services, and platform-based ecological evolution