机器人一脚踹翻自家CEO，网友：多少带点私人恩怨

Core Viewpoint - The video featuring the T800 robot kicking the CEO of Zhongqing Robotics has sparked widespread discussion and interest, highlighting both the company's innovative technology and the public's reaction to its marketing strategy [1][16]. Company Overview - Zhongqing Robotics was established in October 2023 and has quickly gained recognition in the field of embodied intelligence with innovations such as the SE01 achieving the world's first natural gait walking and the PM01 performing the world's first front flip by a humanoid robot [11]. - The T800 is the company's first "working robot," standing 1.73 meters tall and weighing 75 kilograms, aimed at practical applications in enterprise settings, with a starting price of 180,000 yuan [11]. Product Features - The T800 features advanced hardware and the company's leading embodied brain technology, capable of delivering a peak torque of 450 N·m and a peak power of 14,000 W at the joints [13]. - It is equipped with a self-developed multi-dimensional perception dexterous hand, integrating tactile sensing and precise force control, allowing it to perform both stable gripping and delicate sorting tasks [13]. - The robot has a battery life of 4-5 hours, designed for repetitive labor in environments such as factories and warehouses [13]. Market Response - Following the release of the video, Zhongqing Robotics announced the completion of A1+ and A2 financing rounds, raising 1 billion yuan, with participation from existing and new investors [16]. - The video has led to polarized public reactions, with some comments reflecting on the humorous yet critical nature of the marketing approach [15]. Industry Insights - Analysts note that while the video serves a marketing purpose, it also highlights the current state of the humanoid robotics industry, which is still in its early application phase [16]. - The marketing strategy, while effective in generating buzz, reveals a gap between technological advancements and public understanding of humanoid robots [16].