Is Hangzhou the “World’s No. 1 City for Intelligent Bionic Robots”? Robot Lecture Hall Reports

Robot Lecture Hall (leaderobot.com) reported on Aug. 9, 2026, that Hangzhou had become the “World’s No. 1 City for Intelligent Bionic Robots.”

Hangzhou’s emergence as a major robotics hub is important to understanding the competitive landscape for China’s humanoid and quadruped robot industries. If Hangzhou has an advantage in mass-production capacity and data collection, the presence of Chinese companies in the global robotics market could grow further.

Robot Lecture Hall says Hangzhou has become the world’s “No. 1 city” for intelligent bionic robots. Citing data from the National Development and Reform Commission, the report says that eight out of every 10 humanoid and quadruped robots sold worldwide are made in China, and at least four of those are “Made in Hangzhou.” Hangzhou’s intelligent bionic robot exports accounted for 56.9% of China’s total in the first half of 2026, it says. We view the report in the context of 36Kr’s assertion that China’s humanoid industry has entered a “knockout stage.” An article by this newspaper on 36Kr’s assessment said the focus of competition appeared to be shifting from hardware development to real-world data collection and mass-production capacity. Hangzhou’s robotics cluster could provide strengths in precisely these areas. Hangzhou is home to leading quadruped and humanoid robot makers, including Unitree Robotics and Deep Robotics. Unitree Robotics shipped more than 5,500 humanoid robots in 2025 and was said to rank first, with a 32.4% share of the global market. The presence of such companies indicates that Hangzhou serves as a mass-production hub for robots. The city is also home to major technology companies such as Alibaba, Hikvision and Dahua Technology, and has a concentration of AI talent and embedded-systems development capabilities. This structure means Hangzhou can play a role in both design and development and mass production across the robotics value chain. The Yangtze River Delta, where Hangzhou is located, also has a concentration of precision-parts suppliers. It is said that 98% of the parts needed for robot production can be sourced within a two-hour radius. This could give the city an advantage over other regions in production costs and lead times. At the same time, Robot Lecture Hall’s report gives specific figures for Hangzhou’s export share and companies’ shipments, but attributes them to “data from Qianjiang Customs and industry research institutions,” rather than primary sources. We cannot independently verify these figures. The report emphasizes the strengths of Hangzhou’s robotics industry but does not sufficiently discuss comparisons with competing regions such as Shenzhen, Beijing and Shanghai, or technical challenges such as robot versatility, safety and cost. We will watch whether Hangzhou’s robotics companies can actually expand mass production and maintain their share of the global market, as well as what advantages they build in data collection and AI training. See the original report by Robot Lecture Hall for details.