Core Insights - Dongyi Technology has completed a significant angel++ round financing, raising over 200 million yuan in total angel funding, reflecting strong capital recognition of its "full-stack self-research" technology path and "superhuman" dynamic performance achievements [2] - The company aims to accelerate the iteration of general humanoid robots and core joint module technologies, as well as the commercialization process across multiple scenarios and global expansion [2][12] Group 1: Technology and Product Development - Dongyi Technology adheres to the vision of "Robot for AI" and focuses on "full-stack self-research" as its core strategy, building closed-loop capabilities from hardware to software systems [3] - The company has developed a unique path combining "general motion control models and embodied entities," significantly enhancing motion generalization and robustness, addressing traditional robotic issues such as rigidity and scene adaptability [4] - The third-generation PhyArc series joint modules are globally unique, offering six performance advantages including lightweight, high burst, impact resistance, high precision, low counter torque, and high-frequency communication [5] Group 2: Product Matrix and Applications - The PHYBOT M1 is the world's most powerful full-size humanoid robot, capable of extreme actions like backflips and self-righting, designed for high-intensity scenarios such as emergency response and logistics [6] - The PHYBOT C2 is a highly agile service robot, designed for indoor and outdoor navigation, featuring 25+ degrees of freedom and capable of continuous front flips, suitable for various service scenarios [6] - The PHYBOT D1 is an innovative four-wheeled mechanical beast, capable of carrying up to 500 kg, designed for extreme environments, providing flexible solutions for outdoor transport and special operations [8] Group 3: Commercialization and Market Strategy - Dongyi Technology has achieved multiple global leading technological breakthroughs, with core product performance repeatedly setting industry records [10] - The company has established cooperation intentions with leading clients in manufacturing, special operations, and commercial services, with some products entering pilot verification stages [10] - The financing will focus on three main areas: deepening full-stack technology research and development, accelerating product scaling, and expanding the team for global layout [11]

11月25日，外媒Interestingengineering直接引用极其夸张的标题，报道了一款来自中国的人形机器人 PHYBOT M1 ，内容客观又不吝溢美之词。 视频内容确实相当震撼， 当一个身高近 1.8米、体重近70kg的 " 钢铁巨人 " 纵身跃起，在空中完成流畅的拟 人态后空翻并平稳落地时， 着实令人瞳孔地震。 这款由中国动易科技全栈自研的 产品 ，不仅是全球首款实现该极限动作的全尺寸重型纯电驱人形机器人， 更 以超 10000W瞬时峰值功率的动力表现，标志人形机器人纯电驱时代正式到来，彰显国产核心技术在该领域 的领先地位。 ▍ 全尺寸与高动态性能的协同实现 为 何选择 近 180cm， 70kg的 全尺寸 重型平 台去挑战后空翻？ 机器人大讲堂了解到， 在 PHYBOT M1研 发前，人形机器人领域长期存在全尺寸机型与高动态运动能力难以兼顾的技术瓶颈 。 大多时候， 中小型尺寸机型 是 主流选择 ， 尤其 当前具备奔跑、跳跃等动态运动能力的人形机器人，多采用 中小型尺寸设计。 此类机型因 体惯量 低、重心控制难度小，对关节扭矩及能耗需求较低， 技术实现门槛相 对可控，动易科技此前推出的 PHYB ...

Core Viewpoint - The article discusses the groundbreaking capabilities of PHYBOT M1, a full-sized humanoid robot developed by Dongyi Technology, which has achieved a perfect backflip, showcasing its advanced dynamic performance and potential to surpass human capabilities in complex environments [4][5][8]. Group 1: Technological Innovations - PHYBOT M1 is the world's first full-sized heavy-duty electric-driven robot to perform a perfect backflip, demonstrating superior explosive power compared to Boston Dynamics' Atlas [5][8]. - The robot's design aims to validate and push the boundaries of core capabilities necessary for humanoid robots to operate in real-world, high-intensity production environments [7][8]. - The electric drive system of PHYBOT M1 has surpassed traditional hydraulic systems in dynamic performance, achieving a peak joint torque of over 800 N·m and a total peak power output exceeding 10,000 W [16]. Group 2: Challenges in Humanoid Robotics - The industry faces challenges in balancing dynamics, structure, and control in full-sized humanoid robots, with most high-dynamic robots being smaller in size due to lower inertia and easier center of gravity control [9][10][11]. - Achieving high motion capabilities in larger humanoid robots requires significant increases in joint peak torque, energy density, and structural durability [11][12]. Group 3: Advanced Algorithms and Training - Dongyi Technology has developed three innovative algorithms to enable PHYBOT M1 to perform complex movements like backflips, addressing the challenges posed by its high inertia and the need for precise control [17][19][20]. - The training process includes a dual-stage method that ensures the robot can perform at its limits safely, enhancing the transfer of strategies from simulation to real-world applications [21][22]. Group 4: Future Implications - The successful execution of the backflip is seen as a significant milestone in the evolution of robotics, indicating a shift from basic locomotion to advanced dynamic movements [23]. - Dongyi Technology aims to leverage the capabilities of PHYBOT M1 to transform humanoid robots from mere demonstrations of technology into reliable productivity tools across various industries [24].