深度丨这场机器人展会上，宇树科技坐在角落

Core Viewpoint - The article highlights the innovative technologies showcased by Hangzhou Yushu Technology Co., Ltd. at the recent emergency rescue equipment exhibition, emphasizing their advanced emergency robots, particularly the "machine dogs" designed for high-risk scenarios like firefighting and flood control [1][2]. Company Overview - Hangzhou Yushu Technology is recognized as a leading company in the robotics sector, particularly in emergency response technologies [4][5]. - The company adopts a minimalist approach in its exhibition, focusing on technology demonstration rather than elaborate displays [1][4]. Product Features - The showcased "machine dogs" can run at speeds comparable to elite marathon runners, reaching up to 21.6 kilometers per hour, which is crucial for rapid response in emergency situations [9]. - These robots are designed to maintain balance and functionality in extreme conditions, such as during fires, where they can navigate debris and carry thermal imaging equipment to locate survivors [8][11]. - The "machine dogs" are equipped with advanced features, including a mobile water cannon and gas monitoring capabilities, enhancing their utility in disaster scenarios [11][12]. Industry Context - The exhibition featured a variety of emergency robots, including underwater rescue robots and forest clearing robots, indicating a growing trend in the development of specialized robotics for emergency management [19][20]. - The article discusses the competitive landscape, noting that domestic companies are increasingly challenging international giants in the robotics market, particularly in niche segments [25][26]. Technological Advancements - Yushu Technology has been developing emergency robots since 2016, achieving significant technological maturity, particularly in the capabilities of their "machine dogs" [12]. - The company differentiates between professional-grade "machine dogs" and consumer-grade models, highlighting the specialized nature of their products for emergency applications [16].