Core Viewpoint - The article highlights the advancements and achievements of Wuhan in the field of marine engineering and deep-sea exploration, showcasing its capabilities in building high-end marine equipment and contributing to China's deep-sea resource exploration efforts [1][2][10]. Group 1: New Equipment and Innovations - Wuhan Shipbuilding has constructed two new generation shallow-draft self-elevating offshore support platforms, capable of performing various tasks in complex sea conditions, marking a significant advancement in China's offshore engineering capabilities [1]. - The "Deep Sea One," a support vessel for the "Jiaolong" manned submersible, has achieved major breakthroughs in core technologies, enhancing China's ability to explore ocean resources and maintain maritime rights [4]. - The "Ocean Fishery No. 1," the world's first large semi-submersible intelligent fishery, represents a significant innovation in deep-sea aquaculture, integrating advanced breeding technology and environmental concepts [5][6]. Group 2: Expansion into Deep-Sea Energy - The new 1800-ton self-elevating wind power installation platform "Ganghangping 5" signifies China's transition from nearshore to deep-sea wind power construction, addressing the growing demand for advanced construction equipment in this sector [7]. - The platform can operate at depths exceeding 70 meters and has a maximum lifting capacity of 1800 tons, which is crucial for future offshore wind projects [7]. Group 3: Technological Advancements in Deep-Sea Operations - Wuhan Shipbuilding is involved in developing key equipment for deep-sea mining, including systems that have been validated in real sea conditions, contributing to the domestic production of high-end marine equipment [8]. - The "Qilin" unmanned submersible, capable of diving to 1000 meters, exemplifies the trend towards smaller, smarter equipment for precise underwater operations [9]. Group 4: Industrial Foundation and Cluster Advantages - Wuhan is the only inland city in China designated as a national new industrialization demonstration base for shipbuilding and marine engineering, with a complete industrial chain and over 100 related enterprises [10]. - The city is focusing on building green and intelligent shipbuilding clusters, leveraging local universities for technological innovation and industry transformation [10].

武汉理工大学海绡游龙团队研发的"仿生水蛇式海底管道检测机器人" 能像水蛇一样扭 着身子在深海穿梭，遇到狭窄管道还能"分身"钻进去。8月10日落幕的第十四届全国海洋航行器设计与制作大赛上， 武汉理工大学海绡游龙团队研发的"仿生水蛇式海底管道检测机器人"凭借突破性创新，从全国近四百家单位的3345支队伍中脱颖而出，斩 获全国一等奖。 "大一入学时，学校科创氛围就深深吸引了我。在学院'一班一项目'创新创业萌芽计划的引领下，我有幸投身实践。师长的悉心指导、 这片创新沃土深厚的底蕴与蓬勃的活力，以及团队协作中的历练，都让我快速成长。"刘轩睿说，接下来想让这条"水蛇"更耐压、更聪明， 在深海里干更多实事。 答辩教室 组别 候场教』 30G A1-1 1-2 A1-3 展恩栋 0 4 ( © 编辑：赖俊 这支团队是一群"00后"本科生，来自武汉理工大学船海与能源动力工程学院。大赛现场，他们抱着精心研制的"仿生水蛇式海底管道检 测机器人"向长江日报记者介绍，三段式设计的身体，裹着3毫米厚的硅胶"皮肤"，每节都装着能灵活转动的"关节"。在水里，它可以摆成S 形左右游弋，也可弯成C形贴紧管道，活脱脱一条真水蛇。 该机器人以仿生设 ...