2025世界人形机器人运动会由北京市人民政府、中央广播电视总台、世界机器人合作组织、亚太机器人世界杯国 际理事会联合主办，北京国资公司作为赛事承办方、全球合作伙伴，目前正积极带领旗下北奥集团、国家速滑 馆、国家体育场全力开展各项筹备工作。 8月14日，全球首个以人形机器人为参赛主体的综合性体育盛会"2025世界人形机器人运动会"将在国家速滑馆"冰 丝带"正式开幕。来自16个国家的280支参赛队伍齐聚北京，将在8月15日至17日三天里围绕竞技赛、表演赛、场景 赛、外围赛四大类别共26个赛项展开487场比拼，全面展现人形机器人在智能决策、运动协作等领域的前沿成果。 距离运动会正式开幕仅剩1天，这场备受瞩目的科技盛宴已进入最后的冲刺倒计时。曾见证冰雪荣耀绽放的国家速 滑馆"冰丝带"，如今已完成华丽转身。作为2022年北京冬奥会的重要场馆，它曾承载起速滑赛事的激烈角逐与奥 运精神的传递。而今，为筹备即将启幕的全球首届世界人形机器人运动会，"冰丝带"历经全新升级改造，变身"蓝 丝带"和绿茵场，以焕然一新的姿态静待赛事开启。 目前，"冰丝带"内，机器人运动会四大比赛赛场已搭建就绪，多支参赛队伍正抓紧时间展开最后的冲刺训练 ...

央视网消息：由北京市人民政府、中央广播电视总台等联合主办的2025世界人形机器人运动会将于14日在北京开幕。全球参赛队伍陆续进 驻国家速滑馆"冰丝带"展开赛前测试。开、闭幕式门票热销，目前仅剩少量余票，备受青睐的家庭套票也尤为紧俏。据了解，14日晚的开幕式 将会有来自全球的顶尖机器人队伍献上精彩表演，17日下午的闭幕式将上演机器人百米、接力赛及足球赛的最终对决。组委会介绍，观众可通 过"巢票赛演"微信小程序、国家速滑馆微信公众号等票务平台线上购票。 记者探营：100米障碍赛挑战多 机器人完赛有"窍门" 全球首个世界人形机器人运动会开幕在即，各地的机器人选手已经蓄势待发，进入最后的调试阶段。在竞技赛项目中，100米障碍赛为机 器人设置了不少路障，考验它们的协调能力。赛队如何破解比赛难点？又有哪些完赛"窍门"？跟随记者到山东济南的一家机器人研发企业去看 看。 记者抵达这家企业的时候，看到了工作人员正在对参赛机器人进行赛前测试。它的身高虽然只有1.38米，行走在障碍场地反而拥有一定的 优势。 据了解，来自山东的优宝特E1机器人将要参加的是100米障碍赛，这里是专门为它搭建的模拟训练场，其中一个最具有挑战性的项目就是 ...

Summary of Key Points from the Conference Call Industry Overview - The humanoid robot industry has shifted from short-term negative expectations to long-term optimism, influenced by the anticipated release of Tesla's V3 version, potential news from the shareholder meeting, and the possible launch of the Optimus robot in the domestic C-end market [1][2] Core Insights and Arguments - **Technological Developments**: - Overseas companies are exploring new reducer solutions, such as cycloidal pinwheel reducers, to address performance challenges of traditional harmonic reducers in heavy-load joints. Domestic manufacturers also show a preference for this technology [3][4] - Lightweight design is a crucial development direction, focusing on structural integration and material substitution (e.g., PEEK materials, magnesium-aluminum alloys) to reduce robot weight and enhance endurance and motion efficiency [1][4][6] - **Market Performance**: - The humanoid robot sector has recovered from a downturn in June, with many companies reaching new highs. Market expectations have improved, particularly regarding Tesla's upcoming V3 version and the shareholder meeting on November 6 [2][16] - **Policy and Capital Influence**: - Domestic policies have remained consistent, with significant support for the smart industry since November 2023. Local governments have established related funds, with approximately 70 billion yuan of state-owned capital invested in smart industries by July 2024 [1][8] - **Sales and Production Goals**: - Domestic humanoid robot manufacturers have generally increased their production and sales targets, with companies like UBTECH continuously raising their sales goals. Major cross-industry groups, such as those in home appliances and automotive sectors, are actively entering the humanoid robot market [9][10] Additional Important Insights - **Key Modules Development**: - The focus on "hands, eyes, brains, and scenarios" highlights the importance of key modules like dexterous hands and visual modules, which combine hardware and software to determine the final functionality and barriers to entry [11] - **Application Scenarios**: - The application potential of humanoid robots is expanding in various settings, including supermarkets, cafes, pharmacies, logistics, and power inspection, indicating a growing market for these technologies [12][13] - **Future Challenges**: - The humanoid robot industry faces two main bottlenecks: technological limitations of key components and the ability to implement solutions in real-world scenarios. Addressing these issues is essential for unlocking market demand [14] - **Market Outlook**: - The domestic market should focus on leading manufacturers and their supply chains, while the international market requires attention to marginal changes. Long-term research and investment in the "hands, eyes, brains, and scenarios" framework will be crucial for future capabilities and demand levels [15] - **Catalysts for Growth**: - Upcoming significant events, such as the release of TV3 and new product announcements from leading domestic manufacturers, are expected to catalyze the humanoid robot sector's development [16][17]

由北京市人民政府、中央广播电视总台、世界机器人合作组织、亚太机器人世界杯国际理事会联合主办的2025世界人形机器人运动会日益临近，北京国资公 司作为赛事承办方、全球合作伙伴，积极带领旗下北奥集团、国家速滑馆、国家体育场全力开展各项筹备工作。 活动的高潮无疑是由中国地质大学赛队与北京建筑大学赛队的机器人带来的1V1足球对抗赛演示！机器人队员在场地上灵活奔跑、精准传球、奋力射门，展 现出令人惊叹的技术水平。当首粒进球应声入网时，现场爆发出学生们热烈的掌声与欢呼。这不仅是视觉的盛宴，更是在孩子们心中悄然播下了探索科技的 种子。 此次走进国家速滑馆人形机器人实训基地的研学之旅，是"跟着赛事去研学"系列活动的成功延续。通过 "零距离接触、沉浸式体验、面对面交流" 的方式， 活动有效拉近了青少年与尖端科技的距离，显著加深了他们对于人形机器人技术及其广阔应用前景的认知。 互动体验结束后，赛队成员还与学生们围坐交流，详细展示了如何通过遥控器协同操控机器人完成复杂动作，并分享了从机器人设计、编程到调试、参赛的 全过程。这场面对面的对话，让学生们得以从科技实践者的角度，窥见机器人竞技的奥秘。 人形机器人作为多学科融合的尖端领域， ...

Summary of Dematech's Conference Call Industry and Company Overview - **Company**: Dematech - **Industry**: Robotics, specifically focusing on humanoid robots and automation solutions Key Points and Arguments 1. **Strategic Focus on Humanoid Robots**: Dematech is strategically positioning itself in the humanoid robot sector, emphasizing both upstream components (like screws and motors) and downstream collaborations with robot manufacturers to enhance performance in real-world applications [2][6][8] 2. **Screw Technology as a Core Component**: The company identifies screw technology as a critical component for humanoid robots due to its high load capacity, longevity, and precision, aiming to integrate this technology into their core offerings [2][7] 3. **Logistics as a Target Market**: Dematech believes that logistics scenarios are ideal for humanoid robots due to their repetitive tasks and general applicability, making it a prime market for entry [2][10][11] 4. **Collaboration with Robot Manufacturers**: The company has established close partnerships with various humanoid robot manufacturers, including Zhiyuan, to enhance training and deployment capabilities [2][9][12] 5. **Data-Driven Autonomous Work**: Dematech is focused on achieving data-driven autonomous operations, having trained nearly 30 humanoid robots and planning to explore data trading models to further business development [2][14] Additional Important Insights 1. **Global Market Strategy**: Dematech is implementing a "local for local" strategy by establishing factories in Europe, Australia, and the U.S. to mitigate trade barriers and tariffs [4][22] 2. **Product Launch Plans**: The company plans to launch new products in 2025, including lightweight and efficient components, as well as AI-integrated smart conveyors and sorting machines [4][27] 3. **Challenges in Data Collection**: The company faces significant challenges in data collection for humanoid robots, as existing data is limited and often requires extensive cleaning and annotation [17][18] 4. **Training and Adaptation of Humanoid Robots**: Training humanoid robots for logistics tasks is a complex and lengthy process, requiring substantial data accumulation and testing to ensure effectiveness [19][16] 5. **Impact of Tariffs on Business**: Dematech has managed to mitigate the impact of tariffs through local manufacturing and by diversifying its market presence beyond the U.S. to regions with lower tariffs [21][23] Future Plans and Goals 1. **Expansion of Strategic Partnerships**: The company aims to deepen collaborations with existing partners and explore new partnerships to enhance its humanoid robot offerings [15] 2. **Focus on Automation Solutions**: Dematech's long-term goal is to create fully automated logistics systems, integrating humanoid robots and automation technologies to provide comprehensive solutions [19] 3. **Market Penetration in Overseas Markets**: The company is prioritizing overseas markets for its humanoid robots, particularly in regions with high automation demand, such as Japan and Europe [24][25][26]

Group 1 - The humanoid robot technology is rapidly advancing towards full maturity, indicating the arrival of a new technological era [1] - On July 7, the Beijing Humanoid Robot Innovation Center launched an open-source motion control framework, filling a gap in the high-performance humanoid robot motion control framework in the open-source field [3] - The humanoid robot industry is experiencing heightened interest, with Zhiyuan Robotics and Yushu Technology winning a 124 million yuan order from China Mobile (Hangzhou) [3] Group 2 - The global humanoid robot market is expected to exceed 20 billion USD by 2030, with the Chinese market accounting for approximately 5 billion USD [3] - Goldman Sachs predicts that the humanoid robot market could reach 154 billion USD by 2035, indicating strong growth potential [3] - The industry is poised for a new wave of investment opportunities, particularly in companies collaborating with Huawei [4] Group 3 - Two potential stock companies have been identified for investment, with a focus on the second company, Zhenyu Technology, which has a net profit growth rate of 484.54% [4] - Zhenyu Technology is a leading enterprise in the lithium battery structural components sector, with advanced production capabilities and a strong technical foundation [4] - The first company is a leading player in the humanoid robot sector, specializing in rare earth permanent magnets, with a design capacity of 10,000 tons for neodymium-iron-boron [4] - The first company has established deep cooperation with Tesla and is a core supplier of magnetic materials for Huawei's consumer electronics [4] - The first company reported a net profit growth of 8724% in Q1 2025, with a market capitalization just over 10 billion yuan and a current stock price of 11 yuan [4]

Core Viewpoint - The first domestic 3V3 AI Robot Football League, known as RoBoLeague, will kick off on June 28 in Beijing, showcasing advanced humanoid robot technology and serving as a platform for practical data and rule validation for global humanoid robot football competitions [1] Group 1 - The event will feature four competing teams: Blaze from Beijing Information Technology University, Power from Tsinghua University Future Lab, Fire God from Tsinghua University, and Mountain Sea from China Agricultural University [1] - The competition is characterized by high-intensity matches, highlighting the cutting-edge technology in humanoid robotics [1] - The league aims to provide critical data and rule validation for the global humanoid robot football project [1]

Core Viewpoint - The 2025 World Humanoid Robot Games will be held in Beijing from August 15 to 17, marking the first comprehensive sports event focused on humanoid robots, attracting significant attention from the global robotics industry [1] Group 1: Event Overview - The event has received widespread interest since registration opened on June 6, with over 50 robot teams already registered, indicating strong enthusiasm from global robotics teams [1][3] - The event will take place at the National Stadium and the National Speed Skating Hall, building on the existing World Robot Conference [1] Group 2: Competition Structure - The competition will feature a total of 19 events divided into three main categories: competitive events, performance events, and scenario events [2] - Competitive events include 11 disciplines such as 100 meters, 400 meters, and various football formats, focusing on speed, stability, and coordination of humanoid robots [2] - Performance events consist of single and group dance competitions, assessing real-time coordination capabilities [2] - Scenario events will include six tasks related to factory and hospital settings, evaluating the precision and intelligence of humanoid robots in practical applications [2] Group 3: Participation and Engagement - The registered teams include top universities and high-tech companies from China, as well as international participants from the US and Europe, showcasing a diverse and global representation [3] - The organizing committee has prepared meticulously for the event, ensuring smooth operations in venue setup, equipment testing, and rule formulation [3] - The event will be broadcasted live through a combination of online and offline methods, allowing a global audience to experience the competition [3]

Group 1 - The RoBoLeague World Robot Football League is set to take place in Beijing, featuring AI-driven robots competing autonomously [1] - Four teams have advanced to the finals: Blaze from Beijing Information Science and Technology University, Power from Tsinghua University, Huoshen from Tsinghua University, and Shanhai from China Agricultural University [1] - The event aims to promote the deep application and development of humanoid robot technology in real-world scenarios [1] Group 2 - The T1 platform enables teams to optimize AI strategies through continuous competition, validating the technical capabilities of robots [2] - The showcased capabilities of robots in control, AI strategies, and secondary development are expected to attract more enterprises and talent to the robotics industry [2] - The Beijing Smart E-sports Event Center will provide an immersive experience for spectators, combining cutting-edge technology with the event [2]

Core Viewpoint - The CMG World Robot Competition showcases humanoid robots in combat, highlighting advancements in robotics technology and its potential applications in various fields [1][19]. Competition Structure - The competition consists of two main segments: performance and combat. The performance segment features humanoid robots demonstrating their collaborative control and dynamic response abilities, while the combat segment uses a point system over three rounds, with specific scoring for different types of hits [2][3]. Technical Achievements - The UTree G1 robots demonstrated advanced capabilities such as quick recovery from falls, precise tactical evasion, and a combination of punches and kicks, showcasing the synergy between motion algorithms and mechanical structures [7][10][12]. Performance Overview - In the initial rounds, the "AI Strategist" (Little Black) and "Energy Guardian" (Little Green) advanced to the finals after defeating their opponents. The final match saw "AI Strategist" win by leveraging tactical decision-making and stable performance [3][5]. Challenges and Innovations - The competition tested the robots' dynamic balance and real-time perception under combat conditions, revealing areas for improvement such as dynamic control delays and sensor noise interference. These challenges validate the feasibility of innovations in impact-resistant structures and multi-modal perception [18][19]. Future Implications - The event serves as a pressure test for humanoid robot technology, with potential applications in rescue, industrial, and domestic environments. The advancements in robotics showcased during the competition may lead to significant developments in the industry, similar to how F1 racing has driven automotive technology [19][20].