从冷门赛道到技术高峰

Core Viewpoint - The article highlights the journey of a young scientist, Leng Xiaokun, who has dedicated over a decade to developing humanoid robots, specifically the "Kua Fu" robot, which aims to walk, run, and jump like a human. This endeavor reflects a long-held dream of creating advanced robotics in China, emphasizing the importance of innovation and perseverance in the face of challenges [6][10]. Group 1: Background and Inspiration - Leng Xiaokun's interest in robotics began in his childhood, where he drew sketches of robot joints in his school desk [7]. - His early achievements included winning second place in a national robotics competition, which led to his admission to Harbin Institute of Technology, a leading institution in robotics research in China [7][8]. - The initial challenge faced by his team was the reliance on foreign robot hardware, prompting a shift towards developing their own humanoid robot hardware and software [8][9]. Group 2: Development Journey - In 2015, with support from Harbin Institute of Technology, Leng and his colleagues founded Leju Robotics, focusing on the independent development of humanoid robots [9]. - The team faced skepticism from investors and a cold market response, leading them to initially focus on the commercialization of smaller robots to generate revenue [9]. - After nearly three years of research and development, they achieved a breakthrough in modular joint technology, culminating in the launch of the "Kua Fu" robot in December 2023, which is capable of jumping and adapting to various terrains [9][10]. Group 3: Future Aspirations and Impact - The "Kua Fu" robot, named after a figure from Chinese mythology symbolizing relentless pursuit of goals, has begun to find applications in automotive workshops, large competitions, and educational settings [10]. - By 2025, the company plans to deliver thousands of units of the "Kua Fu" robot, reflecting confidence in the domestic industrial robotics market and its potential for growth [10]. - Leng Xiaokun emphasizes the importance of aligning technological aspirations with national development needs, believing that even previously overlooked sectors can become significant [10][11].