▲ 12月25日，北京市人民政府新闻办公室举行2026北京亦庄人形机器人半程马拉松新闻发布会。北 京市经济和信息化局、北京经开区管委会相关负责同志出席发布会介绍情况并回答记者提问。北京市 委宣传部对外新闻处处长叶昶主持。 一是加快关键核心技术攻关。 支持高校、科研院所开展前沿技术探索，加强前沿基础 理论创新，针对不同路线做好技术储备；本体方面，组织整机和零部件企业联合定义产 品并开展协同攻关，提升本体硬件水平。系统化推进人形机器人专用芯片自主可控攻 关；具身智能方面，支持企业多模型路线开展工程化实践，推进解决多场景、多任务的 泛化执行问题。 二是提升整机供给、服务和管理能力。 布局国内领先的平台型整机、支持二次开发的 公版机及特色场景专用整机，建设机器人二次开发社区，探索"人形机器人即服务"商业 模式，推动具身智能技术赋能其他机器人产品。以融资租赁推动整机应用，强化机器人 4S店功能，形成可复制的销售、租赁、定制、维修等运营服务模式。率先探索建立产业 相关标准、质量管理与检验检测体系，以及"一机一码"全生命周期管理体系。 三是促进规模化应用落地。 拓展福田康明斯、小米汽车等工业领域场景，打造标杆产 线和工厂。 ...

北京市经济和信息化局副局长姜洪朝在发布会上对近年北京人形机器人产业发展特点进行了介绍。 中新网北京12月25日电 (记者 吕少威)2026北京亦庄人形机器人半程马拉松新闻发布会25日在京举行。 记者从发布会上获悉，北京人形机器人整机单位超过30家，位居国内前列，已培育出北京人形机器人创 新中心、银河通用、松延动力、加速进化、星动纪元等一批国内领先企业。 12月25 产业领域投资并积极引导社会资本投入；另一方面，推动产学研协同创新和国际合作，建设人形机器人 产业育新基地，整合上下游资源形成产业集聚效应，依托机器人半马赛事、机器人运动会、机器人大会 等平台，吸引国际顶尖机构和企业来京交流合作。 姜洪朝表示，2026年是人形机器人进一步加快场景和应用落地的关键一年，也是相关企业加速整机中试 和量产的关键一年。北京市将继续在技术攻关、产品供给、应用落地和产业生态等方面加大支持力度。 加快关键核心技术攻关。支持高校、科研院所开展前沿技术探索，加强前沿基础理论创新，针对不同路 线做好技术储备；本体方面，组织整机和零部件企业联合定义产品并开展协同攻关，提升本体硬件水 平。系统化推进人形机器人专用芯片自主可控攻关；具身智能方 ...

Group 1 - Booster Robotics has completed a new round of financing exceeding 100 million yuan, led by IDG Capital, with participation from various investors, marking the third financing round in 2025 and bringing the total A-round financing to nearly 500 million yuan [1][3] - The recently launched Booster K1 humanoid robot was priced at 29,900 yuan and sold out within 20 minutes, demonstrating strong market demand and supporting the company's financing efforts [1][3] Group 2 - Booster Robotics has adopted a unique approach by using robot soccer as a testing ground for its technology, achieving significant success at the RoboCup, where its robots helped teams win championships [3][5] - The company's strategy of "competition-driven research" is backed by over 20 years of technical expertise from its team, including its CEO and chief scientist, who have strong academic and industry backgrounds [5][7] Group 3 - The Booster K1 robot features a lightweight design at 19.5 kg and 95 cm in height, equipped with 22 high-degree-of-freedom joints, and has passed rigorous testing, including a 30-hour continuous operation test [8][10] - The positioning of Booster K1 as a high-performance development platform aims to address the lack of quality development platforms in the humanoid robot industry, with a competitive price point that challenges existing market norms [10][11] Group 4 - The CEO of Booster Robotics expressed a calm perspective on the industry's price competition, noting that hardware costs lack core barriers and are expected to decrease as industrialization progresses [11][13] - The company has achieved over 700 units shipped globally, with more than 50% of sales in overseas markets, indicating strong international competitiveness [13][14] Group 5 - The continuous investment in Booster Robotics is attributed to its validated commercial path, focusing on high-frequency application scenarios in sports and research, which provide real-time feedback for product improvement [14] - The company's ability to rapidly iterate algorithms and optimize hardware based on practical testing creates a competitive advantage that is appealing to investors [14]

Core Viewpoint - Booster Robotics has successfully completed a new round of financing exceeding 100 million yuan, marking its third financing round in 2025, with a total of nearly 500 million yuan raised in Series A financing, indicating strong recognition of its technology and commercialization potential [1]. Group 1: Financing and Market Performance - The recent financing round was led by IDG Capital and includes participation from various investors, showcasing confidence in the company's growth trajectory [1]. - The launch of the Booster K1 humanoid robot at a limited-time price of 29,900 yuan resulted in a sell-out within 20 minutes, providing strong product support for the financing [1]. Group 2: Unique Technological Pathway - Booster Robotics differentiates itself by using competitive robot soccer as a testing ground for its technology, rather than the common demo-first approach, achieving significant success at the RoboCup in Brazil [3]. - The company’s robots have demonstrated superior performance, with the HTWK team winning the KidSize group and Tsinghua's Huoshen team winning the adult group, marking a historic achievement for Chinese teams in the event [3][5]. Group 3: Product Development and Positioning - The Booster K1 robot features a lightweight design of 19.5 kg and a height of 95 cm, equipped with 22 high-degree-of-freedom joints, and has passed rigorous testing, including a 30-hour continuous operation test [9]. - The CEO emphasizes that the Booster K1 is not just a robot but a high-performance development platform validated by RoboCup, addressing a critical gap in the humanoid robot market [11]. Group 4: Cost Dynamics and Market Strategy - The CEO notes that hardware costs do not have core barriers, and prices are expected to decrease as industrialization progresses, with potential price drops for future products [12][14]. - The company has achieved over 700 units shipped globally, with more than 50% of sales in overseas markets, highlighting its competitive edge in the global market [14]. Group 5: Capital Investment and Growth Potential - The unique commercialization path of Booster Robotics, focusing on high-frequency and high-requirement scenarios like competitions and research, has attracted multiple rounds of financing [15]. - The company’s ability to quickly iterate and optimize its products based on real-world feedback from competitive environments has established a competitive advantage in reliability and usability [15].

Group 1 - The event "New Quality Pioneer Future Beijing" showcased Beijing's innovation and development in the robotics industry, highlighting its position as a robotics hub [1] - The event featured visits to companies like Galaxy General, Accelerated Evolution, Songyan Power, and Cloud Trace Technology, demonstrating their achievements and contributions to the robotics sector [1] Group 2 - Galaxy General's Galbot G1 robot won the championship in the pharmaceutical sorting category at the 2025 World Humanoid Robot Games, and the company has received orders for 100 robot retail warehouse stores, with plans for nationwide deployment by the end of the year [2] - The company has established a humanoid robot smart pharmacy solution that can efficiently complete delivery tasks, with new store setups taking only two days [2] - Songyan Power's N2 robot won the free gymnastics championship, and the company emphasizes the importance of Beijing's supportive policies for its success, with a projected 50% revenue growth in the robotics industry for 2024 [3] - Accelerated Evolution's T1 robot helped win all medals in the football events at the competition, showcasing the integration of expertise from various fields to drive humanoid robot applications [4] Group 3 - Cloud Trace Technology has deployed its robots in over 30,000 locations globally, completing over 500 million services in 2024, demonstrating the scalability of its intelligent service ecosystem [4] - Beijing aims to become a global benchmark city for "robot + smart living" solutions, promoting the integration of robotics in public service sectors and enhancing industrial clusters [5]

Core Insights - The first World Humanoid Robot Games showcased significant advancements in embodied intelligence technology, demonstrating robots' ability to perform autonomously in dynamic environments, moving beyond simple programmed actions and remote control [2][3] - Beijing's humanoid robot industry is leading nationally, accounting for approximately one-third of the country's market, with a nearly 40% revenue growth in the first half of the year [3][4] - The event highlighted the potential of humanoid robots to transition from being perceived as toys to valuable productivity tools, with several teams achieving success in various competitions without human intervention [3][4] Industry Developments - The competition featured 26 events, with Beijing teams winning 11 gold medals, including in sprinting, high jump, long jump, gymnastics, and soccer, showcasing the city's prowess in robot development [2][3] - The embodied Tian Gong Ultra robot completed the 100-meter sprint autonomously, marking a significant achievement in robot performance, while the T1 robot was designated as the official machine for soccer competitions [3][4] - The event also included practical applications such as sorting tasks, demonstrating the robots' capabilities in real-world scenarios [2][3] Technological Advancements - The robots' performance is driven by advanced AI models that enable them to perceive their environment, make decisions, and execute actions, akin to human cognitive functions [4] - The integration of AI and robotics is a key focus area, with Beijing being recognized as a hub for AI innovation, housing a significant number of AI companies and top-tier talent [4] - The upcoming year 2025 is anticipated to be a pivotal moment for humanoid robot mass production, with many core technologies reaching commercial viability [4] Market Trends - There is a growing demand for humanoid robots in various sectors, driven by the need for alternative labor and smart upgrades, supported by favorable policies for the robotics industry [4] - Investment in the humanoid robot sector is increasing, with significant funding directed towards core components and embodied intelligence applications [4] - The successful demonstration of autonomous robots in competitive settings is expected to accelerate their adoption in industrial, public service, and educational contexts [4]

Core Insights - The recent world-class robotics events in Beijing, including the World Robot Conference and the first humanoid robot sports competition, highlight the rapid growth and high-quality development of the robotics industry in the city [1][2][4]. Industry Development - Beijing has cultivated 57 "little giant" enterprises specializing in robotics, with 30 humanoid robot manufacturers, leading the nation in both quantity and quality [5]. - The robotics industry in Beijing is projected to achieve a 50% year-on-year revenue growth in 2024, maintaining its position in the top tier of national development [5]. Technological Advancements - The city has shifted from reliance on imported core components to utilizing domestically produced parts, enhancing the capabilities of humanoid robots [6]. - The integration of advanced technologies such as artificial intelligence and sensor systems is driving the evolution of humanoid robots from novelty items to practical applications [2][10]. Market Dynamics - The growth of the robotics industry is supported by government policies and market forces, creating a collaborative ecosystem that fosters innovation and development [8][9]. - The implementation of demonstration projects across various sectors is facilitating the commercial application of robotics, with significant support for real-world testing [9]. Future Outlook - The development of humanoid robots is seen as a potential transformative product in various sectors, including home services, manufacturing, and healthcare [10]. - Beijing aims to establish itself as a global benchmark city for robotics development, focusing on technological innovation and application needs [12].

Core Insights - Beijing's robotics industry is rapidly evolving, showcasing significant advancements in humanoid robots and their applications in various sectors [1][2][3] - The recent world-class robotics events in Beijing, including the World Robot Conference and the World Humanoid Robot Games, highlight the city's growing prominence in the global robotics landscape [1][2][7] Industry Development - Beijing has cultivated 57 specialized "little giant" enterprises in robotics, with 30 humanoid robot manufacturers, leading the nation in these metrics [4][5] - The robotics industry in Beijing is projected to achieve a 50% year-on-year revenue growth in 2024, positioning it in the top tier of national development [4][5] - The city has supported the creation of 200 innovative robotics products across 12 categories, establishing a robust high-end product system [4][5] Technological Advancements - The industry has shifted from reliance on imported components to utilizing domestic core parts such as torque motors and planetary roller screws, enhancing the capabilities of humanoid robots [4][5] - Continuous innovation is emphasized, with a focus on key technologies and core components to ensure independence in robot manufacturing [4][5][6] Market Dynamics - The growth of the robotics sector is driven by both technological advancements and supportive government policies, fostering a collaborative ecosystem among enterprises [5][6] - The implementation of demonstration projects across various application scenarios has facilitated the practical deployment of robotics in real-world settings [5][6] Global Collaboration - The events in Beijing have attracted international attention, with participation from teams across 16 countries, indicating a strong global interest in China's robotics advancements [7][8] - Beijing's robotics enterprises are increasingly engaging in global cooperation, sharing resources and knowledge to enhance their competitive edge [7][8] Future Outlook - The city aims to leverage its diverse market scenarios to further drive technological innovation and meet industry application demands, establishing itself as a benchmark for global robotics development [8]

Core Viewpoint - The 2025 World Humanoid Robot Games showcased the advancements in humanoid robotics, featuring 26 events and 487 matches, highlighting the transition of robots from laboratories to real-world applications [3][17]. R&D - The football event was particularly popular, demonstrating the complexity of robot capabilities, which include perception, decision-making, and motion control [6][4]. - The company "Accelerated Evolution" has been developing football-playing robots for over a decade, emphasizing the comprehensive algorithms required for such tasks [6][4]. - The robots are designed to withstand impacts, with materials optimized through extensive testing, achieving a near 100% success rate for getting back up after falling [6][4]. Training - The Beijing Humanoid Robot Data Training Center is crucial for teaching robots to perform tasks in real-world scenarios, utilizing a large team of operators to collect data for model improvement [11][12]. - The center features various operational scenarios, including smart dining and cleaning robots, to gather data for training [12][13]. Policy - Beijing is actively promoting the robotics industry through a three-pronged policy approach focusing on funding, application scenarios, and standards [17][18]. - The city has introduced incentives for innovative robotic products, supporting numerous companies in various sectors [17][18]. - A humanoid robot 4S store has opened in Beijing, showcasing a range of robots for consumers, indicating a growing market for robotic products [17][18].

Group 1: Industry Overview - The field of embodied intelligence is gaining momentum, with major tech companies globally investing heavily, resulting in billions in financing [1] - The World Robot Conference (WRC 2025) in Beijing showcased over 200 robotics companies demonstrating their capabilities, including various applications of embodied intelligence [1] Group 2: Understanding Embodied Intelligence - Embodied intelligence integrates AI into physical robots, enabling them to perceive and interact with the environment similarly to humans, learning through sensory feedback [2][4] - Non-embodied AI, or Internet AI, operates without physical interaction and relies on data input, contrasting with the experiential learning of embodied intelligence [2] Group 3: Data Challenges - The industry faces significant challenges in data acquisition, primarily due to high costs and the difficulty in generating large-scale datasets [5][7] - The need for high-quality, diverse data is critical, as embodied intelligence applications require extensive environmental data for effective operation [7][8] Group 4: Data Isolation and Solutions - The existence of "data silos" hinders data sharing between companies, leading to inefficiencies and wasted resources in the industry [8] - The reliance on synthetic data is increasing, with a significant portion of data in the embodied intelligence field being generated through simulation rather than real-world collection [9][10] Group 5: Future Prospects - The commercial viability of embodied intelligence robots is still in development, with mass production expected to take several more years due to high training and production costs [12] - The industry anticipates a future where embodied intelligence robots become commonplace in everyday life, although this transition may take time [12]