日本东京工业大学工学部最近这种叫作“群龙”的机器人既可单体行动又能通过它的机械臂自行完成多个单体的拼接,连成长串,以补充翻越障碍时单体动力的不足。遇到障碍时,后面的单体向前推动,前面的单体完成翻越后再拖动后面的单体。这种机器人可用于将来的火星探测。当单体机器人遇到 The engineering department of Tokyo Institute of Technology in Japan recently called the “dragon” robot that can act both as a single arm and can manipulate multiple robots by themselves, splicing together to form long strings that complement the single-powered insufficient. Encounter obstacles, behind the monomer to promote the front of the monomer to complete the over after drag the monomer behind. This robot can be used for future Mars exploration. When a single robot encounters