Group 1: Industry Overview - The humanoid robot industry is experiencing significant transformation, with robots gradually entering high-income households and industrial production sectors, providing functions such as household assistance, child education, and elderly care, while addressing labor shortages and promoting the transformation of manufacturing and service industries [1] - The global market for humanoid robots is projected to reach $24 trillion by 2030, with household and industrial applications each accounting for approximately 50% of the market share [1] Group 2: Advantages of Humanoid Robots - Humanoid robots can seamlessly adapt to existing environments designed for human ergonomics, eliminating the need for expensive infrastructure modifications [2] - They can perform multiple roles, reducing the need for specialized robots and significantly lowering long-term costs [4] - The human-like design of these robots enhances user acceptance in customer service, healthcare, and home assistance scenarios, alleviating the discomfort associated with automation [4] Group 3: Historical Development - The foundation for humanoid robots was established over decades, starting with the patent for programmable robots in 1961 and the introduction of the first industrial robot, Unimate 360, in 1969 [5][7] - The evolution of household robots began in the 1980s, with significant advancements in the 2000s, leading to the emergence of popular products like the Roomba vacuum cleaner [9] Group 4: Global Competition - The humanoid robot sector is a focal point of economic and strategic competition between nations, with China and the U.S. leading the charge [11] - China accounted for 52% of global robot installations in 2022, supported by a $138 billion national fund for industry development, while the U.S. maintains competitiveness through companies like Tesla and Apptronik [12] Group 5: Market Dynamics and Pricing - Technological advancements are crucial for the widespread adoption of humanoid robots, with prices significantly decreasing from $250,000 to around $16,000 for models like the UTree G1, and expected to drop below $10,000 by 2026 [16] - Leading companies are accelerating their product offerings, with Tesla's Optimus targeting a price range of $20,000 to $30,000, while other models focus on specific household tasks [16] Group 6: Future Implications - The home robot market is projected to reach $12 trillion, addressing global challenges such as aging populations and labor cost competition [17] - The rapid adoption of humanoid robots may lead to societal debates and resistance, highlighting the need for time to adjust public acceptance [17]

2 0 2 5年4月1 9日，全球首次人形机器人马拉松在北京亦庄召开，共有2 0只队伍参加了比赛；开赛后 各家双足机器人的表现良莠不齐，最终有6只参赛队伍完成了比赛。本次马拉松比赛显示出当下人 形机器人技术层面面临的挑战，在大脑自主巡航、小脑运动控制以及续航能力等方面均存在不足； 但同时比赛暴露出来的问题能为技术改进提供方向，推动感知、决策和执行端软硬件系统的技术迭 代，机器人数据搜集以及整体方案调整，促进不同背景的技术团队经验交流。 PS:当您需要在报道中引用TrendForce集邦咨询提供的研报内容或分析资料，请注明资料来源为TrendForce集邦咨询。 近期文章精选 TrendForce 除了技术挑战之外，人形机器人商业化初期，行业更加缺乏的是相关标准规范和法律法规。4月上 旬，人形机器人技术要求系列国家标准正式获批立项，优必选联合北京人形机器人创新中心有限公 司、上海人工智能实验室等单位共同发起了该系列国标，这是国内首批人形机器人领域国家标准， 涉及环境感知、决策规划、运动控制、作业操作等多项技术要求。Tr e n dFo r c e集邦咨询表示，标 准化建设成为推动产业发展的重要动力，立项人形机器 ...

Core Insights - The humanoid robot marathon held in Beijing showcased significant advancements in humanoid robot technology, with over 20 robots participating alongside thousands of human runners, marking a historic event in this field [1][3] - The winning robot, "Tiangong Ultra," completed the half marathon in 2 hours, 40 minutes, and 42 seconds, demonstrating a stable running pace and effective energy management [3][4] - The event highlighted both the capabilities and limitations of current humanoid robots, emphasizing the need for further development in areas such as energy efficiency, dynamic stability, and environmental adaptability [9][10] Group 1: Technical Performance - "Tiangong Ultra" maintained an average speed of 7-8 km/h and required three battery changes during the race, indicating the challenges of energy management in long-distance running [3][4] - The competition featured robots of varying sizes, with some utilizing walking instead of running to maintain stability, reflecting the ongoing challenges in balance and control for taller robots [6][9] - The robots' performances varied significantly, with some experiencing falls due to issues like imprecise dynamic balance models and environmental changes, which are common challenges in the current stage of humanoid robot development [8][9] Group 2: Industry Implications - The marathon served as a platform for evaluating humanoid robots' capabilities, providing insights into their performance in real-world conditions and establishing a foundation for future industry standards [10][11] - The event is seen as a critical step towards the practical application of humanoid robots, with potential uses in various sectors such as manufacturing, public service, and daily life, enhancing operational efficiency and safety [12][13] - The ongoing development of humanoid robots is expected to lead to significant changes in production methods and lifestyle, positioning them as a new driving force in economic and social development [13]

全球首个人形机器人半程马拉松赛将4月13日举行。 规则上，本次赛事将机器人的关门时间设置为3小时30分钟左右。在比赛过程中，机器人可更换电池，也可通过更换机器人以接力形式参加全程比赛。 一、机器人半程马拉松 2025年1月，众擎机器人因在深圳街头走路而爆火，被网友称为走路最像人的机器人。2024年2月20日，中鼎股份与众擎机器人签署战略合作协议，此后几个 交易日，公司股价大涨近35%。 三、相关公司 据开源证券： | 图2:全市场机器人产业链标的梳理:零部件各领域均有相关公司,北交所、新 | | | --- | --- | | 伺服系统&电机 汇川技术 新时达 埃斯顿 禾川科技 雷赛智能 星F | | | 减速器&精密齿轮 绿的谐波 双环传动 大族激光 吴志机电 中大力德 旺 | 马区 | | 丝杠&导轨 贝斯特 秦川机床 鼎智科技 海达尔 | 动 & | | 轴承类 长盛轴承 五洲新春 苏轴股份 泰德股 | 执 行 | | 游 微特&空心杯电机 鸣志电器 兆威机电 江苏雷利 鼎智科 供 | | | 控制器&驱动器 埃斯顿 固高科技 禾川科技 乐创技术 卓兆点胶 | 控 | | 制 | | | 传感器 柯力传 ...