Below are several detailed updates in the field of humanoid robots as of November 24, 2025, covering industry standards, market dynamics, technical bottlenecks, and more: 1. The Ministry of Industry and Information Technology (MIIT) announces the list of members of the Humanoid Robot Standardization Technical Committee: On this day, the MIIT published the list of committee members on its official website, with Yu Shu Technology CEO Wang Xingxing and Zhiyuan Robotics CTO Peng Zhihui serving as deputy chairpersons. The committee also includes technology companies such as Xiaomi and Huawei, as well as authoritative institutions like the China Electronics Society. This marks a significant step towards the standardization and normalization of the humanoid robot industry in China, paving the way for large-scale commercialization. 2. A-share robotics sector rebounds, related ETFs attract significant investment: The A-share robotics sector rebounded as the market warmed up, with the robotics ETF fund (159213) rising by 1.25%, accumulating over 13 million yuan in the past five days. Among the constituent stocks of its benchmark index, Zhongkong Technology and iFlytek rose over 2%, while Dahua Technology and Han’s Laser rose over 1%. Institutions such as Huaxi Securities and CITIC Securities have indicated that humanoid robots are approaching a point of mass production, with industry shipments expected to reach tens of thousands by 2025. 3. Dexterous hand technology is a key bottleneck for mass production of humanoid robots: According to a report from the Science and Technology Innovation Board Daily, the transition of humanoid robots from demonstration to mass production in factories has revealed dexterous hand technology as a core shortcoming. Meng Fugang, COO of Lingchu Intelligent, revealed that while the robotic arm joints and mobility can meet scene requirements, the active degrees of freedom in the hand are typically only six, far fewer than the 24 degrees of freedom in a human hand, and there is a lack of sensitive tactile feedback, making it difficult to perform delicate operations such as screwing. Previously, Tesla faced production halts and a backlog of units due to challenges in hand and forearm design for its Optimus robot. 4. Several A-share companies disclose the latest developments in humanoid robot business: In terms of complete machines, the first mass production pilot line for humanoid robots from a joint venture between Junpu Intelligent and Zhiyuan Robotics is under construction, with a related contract signed for approximately 28.25 million yuan in June this year; in the components sector, Zhenyu Technology has delivered components such as micro rolling ball screws and received small batch orders, while Beite Technology plans to invest 1.85 billion yuan to build a research and production base for planetary rolling ball screws; in the technical support sector, Buke Co., Ltd. reported that the shipment of frameless torque motors related to humanoid robots reached approximately 43,000 units in the first three quarters, a year-on-year increase of 189%. 5. The certainty of domestic humanoid robot orders and mass production is becoming evident: The information mentions that as of November 2025, leading domestic robot companies have accumulated orders for humanoid robots exceeding 2.4 billion yuan, with order quantities surpassing 20,000 units. In contrast, Tesla has adjusted its fourth-quarter 2025 mass production target for Optimus from 5,000 units down to 2,000 – 3,000 units.招商证券 points out that the certainty of mass production for humanoid robots is gradually shifting towards domestic manufacturers, with domestic products already being implemented in commercial guidance and industrial handling scenarios.