央视网消息：2026年新年伊始，"奋斗者"号载人潜水器已经出发，执行中国科学家主导的联合国海洋十年"全球深渊探索计划"的国际联合新航次。 据统计，2025年，我国三大载人潜水器实际共完成321次下潜，其中"蛟龙"号下潜94次，"深海勇士"号下潜109次，"奋斗者"号下潜118次。2025年下潜最多 的"奋斗者"号，不仅实现我国万米载人深潜常态化，更成功叩开北极冰封之海，将中国载人深潜的足迹从全海深拓展至全海域。 这次北极之旅98天航行一万五千多海里，共下潜43次，其中32次是在海冰覆盖率超过80%的北极中央海盆区，使我国成为世界上目前唯一能在北极密集海冰 区连续载人深潜的国家。参与此次非凡之旅，并两次下潜的科学家田丽艳，将为我们讲述国际首次北极密集海冰区载人深潜背后的故事。 中国科学院深海科学与工程研究所研究员 田丽艳：这块黑色的玄武岩，就是我们首次北极载人深潜科考在北极冰区海底3000多米获得的宝贵样品，它是来 自加克洋中脊的东段，位于地球上扩张速率最慢的地方之一。每年板块向两侧分离的距离不到20毫米，这里隐藏着地球深部地幔物质上涌的秘密，是我们解 读地球演化历史的关键拼图。 加克洋中脊，是全球海底山脉向北 ...

"向海而行——中国南海西北陆坡海域深海考古特展"正在北京大运河博物馆（首都博物馆东馆）展出， 深海考古最新成果首次与观众见面。 （原标题：向海而行——中国南海西北陆坡海域深海考古特展） 南海西北陆坡一号、二号沉船发现于2022年10月，位于海南岛与西沙群岛之间的南海海底，遗址水深约 1500米。两艘沉船其年代分别属于明朝正德、弘治年间。遗址保存相对完好，文物数量巨大，时代比较 明确，具有较高的历史、科学及艺术价值，再现了明代中期海上贸易的繁盛景象。南海西北陆坡一号、 二号沉船遗址的考古发现，是我国水下考古发展的重要里程碑，该遗址入选"2023年度全国十大考古新 发现"。 本次展览以"探索两艘沉船"为叙事线索，将两艘沉船作为时间容器，出水器物作为历史物证，考古技术 作为古今连接的桥梁，让观众在"发现沉船""走进沉船""揭秘沉船"中成为探索解谜的参与者，更深入地 了解明代海上丝绸之路在促进文明交流互鉴方面的作用和影响。展览展出来自南海西北陆坡一号、二号 沉船的377组件文物，通过文物展品、水下影像和考古故事，同时融入创新性的展示技术和互动展项， 让观众走近南海深海考古的重要发现，逐步收获"沉船考古工作的科技感"" ...

Core Insights - In 2025, China's manned submersible application capabilities are expected to continue improving, achieving significant milestones with a total of 314 deep dive missions planned [4][6]. Group 1: Manned Submersible Operations - The "Jiaolong" submersible is projected to complete 93 dives in 2025, while the "Deep Sea Warrior" has already completed 106 dives as of December 20 this year, and the "Fighter" has completed 115 dives [6]. - The "Fighter" submersible team successfully conducted China's first manned deep dive scientific research in the Arctic dense ice area, expanding the operational scope from deep-sea to all ocean areas [8]. Group 2: Archaeological and Collaborative Efforts - In 2025, the "Deep Sea Warrior" will execute 18 deep-sea archaeological missions in the underwater cultural heritage area of the northwest slope of the South China Sea, marking the first collaboration between manned and unmanned submersibles for efficient underwater shipwreck investigations [11]. - By 2026, the cumulative number of dives by China's three deep-sea manned submersibles is expected to exceed 2,000, with a total of 1,746 dives completed to date [11]. Group 3: Future Prospects and International Collaboration - During the 14th Five-Year Plan period, China aims to organize more domestic and international joint scientific research voyages, enhancing international scientific cooperation and promoting the development of deep-sea scientific research, technology R&D, and equipment applications [11].

昨天（24日），中国科学院重大科技基础设施"载人潜水器与海上作业母船"用户委员会，在三亚发布了2025年我国三大载人潜水器的年度应用情况和2026 年初步计划。 2025年，"深海勇士"号载人潜水器，在我国南海西北陆坡水下文物保护区内，共执行深海考古应用潜次18次，首次进行载人和无人潜水器协同作业，开展 海底沉船高效率调查，支撑深海考古取得新发现。 首次实现载人深潜 2025年，"蛟龙"号载人深潜团队完成了我国首次北极冰区下潜，并与"奋斗者"号进行了水下协同作业，创新了我国双载人潜水器水下作业协同模式。 依托我国自主设计建造的国际首艘具有破冰能力的载人深潜作业母船"探索三号"，"奋斗者"号载人深潜团队完成了我国首次北极密集冰区载人深潜科考， 将我国载人深潜从海底万米的"全海深"拓展至所有海洋的"全海域"。此外，依托"奋斗者"号，中国科学院深海所推进实施"全球深渊探索计划"，组织开展 了国际首次普伊斯哥海沟载人深潜科考国际联合航次。 载人无人潜水器协同 海底沉船调查更高效 据统计，2025年，"蛟龙"号载人潜水器预计下潜93次。截至今年12月20日，"深海勇士"号已下潜106次，"奋斗者"号已下潜115次。综合 ...

2025年，蛟龙号载人深潜团队完成了我国首次北极冰区下潜，并与奋斗者号进行了水下协同作业，创新了我国双载人潜水器水下作业协同 模式。 我国载人深潜从"全海深"拓展至"全海域" 央视网消息：24日，中国科学院重大科技基础设施"载人潜水器与海上作业母船"用户委员会，在三亚发布了2025年我国三大载人潜水器的 年度应用情况和2026年初步计划。据统计，2025年，"蛟龙"号载人潜水器预计下潜93次。截至今年12月20日，"深海勇士"号已下潜106次，"奋 斗者"号已下潜115次。综合三大载人潜水器，2025年，我国预计完成314次载人深潜潜次，我国载人潜水器应用水平持续提升。 2025年我国在北极冰区首次实现载人深潜 依托我国自主设计建造的国际首艘具有破冰能力的载人深潜作业母船"探索三号"，"奋斗者"号载人深潜团队完成了我国首次北极密集冰区 载人深潜科考，将我国载人深潜从海底万米的"全海深"拓展至所有海洋的"全海域"。 此外，依托"奋斗者"号，中国科学院深海所推进实施"全 球深渊探索计划"，组织开展了国际首次普伊斯哥海沟载人深潜科考国际联合航次。 载人无人潜水器协同 海底沉船调查更高效 明年我国载人深潜预计下潜将突 ...

央视网消息：12月24日，中国科学院重大科技基础设施"载人潜水器与海上作业母船"用户委员会，在三亚发布了2025年我国三大载人潜水器的 年度应用情况和2026年初步计划。 据统计，2025年，"蛟龙"号载人潜水器预计下潜93次。截至2025年12月20日，"深海勇士"号已下潜106次、"奋斗者"号已下潜115次。综合三大 载人潜水器，2025年，我国预计完成314次载人深潜潜次，我国载人潜水器应用水平持续提升。 2025年我国在北极冰区首次实现载人深潜 2025年，"蛟龙"号载人深潜团队，完成了我国首次北极冰区下潜，并与"奋斗者"号进行了水下协同作业，创新了我国双载人潜水器水下作业协 同模式。 我国载人深潜从"全海深"拓展至"全海域" 2025年，"深海勇士"号载人潜水器在我国南海西北陆坡水下文物保护区内，共执行深海考古应用潜次18次。首次进行载人和无人潜水器协同作 业，开展海底沉船高效率调查，支撑深海考古取得新发现。 截至目前，我国3台深海载人潜水器累计下潜次数共计1746次，2026年将突破2000次。 "十五五"期间，我国有望依托载人和无人深潜装备，组织更多国内外联合科考航次，深入推进国际科技合作，促进 ...

今天（12月24日），中国科学院重大科技基础设施"载人潜水器与海上作业母船"用户委员会2025年度会议在三亚举办，发布了2025年我国三大载人潜水器的 年度应用情况和2026年初步计划。 2025年预计完成314次载人深潜 据统计，2025年，"蛟龙"号载人潜水器预计下潜93次。截至今年12月20日，"深海勇士"号已下潜106次，"奋斗者"号已下潜115次。综合三大载人潜水器， 2025年，我国预计完成314次载人深潜潜次，我国载人潜水器应用水平持续提升。 依托我国自主设计建造的国际首艘具有破冰能力的载人深潜作业母船"探索三号""奋斗者"号载人深潜团队完成了我国首次北极密集冰区载人深潜科考，将我 国载人深潜从海底万米的"全海深"拓展至所有海洋的"全海域"。 此外，依托"奋斗者"号，深海所推进实施"全球深渊探索计划"，组织开展了国际首次普伊斯哥海沟载人深潜科考国际联合航次。 2025年，"深海勇士"号载人潜水器，在我国南海西北陆坡水下文物保护区内首次开展海底试发掘，共执行深海考古应用潜次18次，首次进行载人和无人潜水 器协同作业，开展海底沉船高效率调查，支撑深海考古取得新发现。 我国载人深潜累计下潜次数预计在2 ...

Core Viewpoint - The article highlights China's advancements in deep-sea exploration technology, focusing on two key manned submersibles, "Deep Sea Warrior" and "Fighter," which are crucial for unlocking the treasures of the deep sea and supporting various scientific endeavors [1][3]. Group 1: Technological Advancements - The "Deep Sea Warrior" submersible has completed 858 dives, while the "Fighter" has completed 441 dives, showcasing their international leading operational capabilities [3]. - The "Deep Sea Warrior" has undergone significant upgrades, including a mechanical arm with double the weight capacity and enhanced maneuverability, allowing for more complex tasks [11]. - The "Fighter" has introduced a secondary release device, enabling it to hover at a depth of 300 meters during ascent, facilitating various scientific explorations [13]. Group 2: Scientific Exploration Initiatives - The "Global Abyss Exploration Plan," launched during the 14th Five-Year Plan, has attracted numerous domestic and international research teams, establishing a foundation for China to gain a competitive edge in deep-sea science [5][15]. - This plan has involved 145 scientists from 10 countries, conducting systematic research on nine major oceanic trenches, leading to significant scientific discoveries [15]. - The "Deep Sea Warrior" is set to undertake archaeological missions, such as the excavation of a sunken ship in the South China Sea, utilizing advanced underwater photography and mapping techniques [7][9]. Group 3: Future Directions - The two submersibles are expected to continue expanding China's marine exploration capabilities, with the "Deep Sea Warrior" focusing on complex tasks like underwater archaeology and rescue operations, while the "Fighter" will lead international research on global deep-sea environments [21]. - New generation deep-sea detection spectrometers are being developed to enhance the understanding of the underwater environment, reflecting ongoing innovation in deep-sea research equipment [17]. - The achievements in deep-sea exploration are paving the way for China to establish its own path in marine science, emphasizing the nation's commitment to advancing its technological prowess in this field [19][21].

Core Viewpoint - The integration of deep-sea technology into China's development strategy is highlighted, showcasing advancements in marine exploration and research capabilities, particularly in Hainan province [1][5]. Group 1: Deep-Sea Technology Development - "Deep-sea technology" has been included in the government work report for the first time, emphasizing its importance in national development [1]. - Hainan's unique geographical advantages facilitate the testing and application of deep-sea equipment, with various teams working on innovative solutions [1]. - The "Albatross" unmanned sailing vessel is designed for long-distance travel and can dive to depths of 1,000 meters, enabling scientific observations in extreme weather conditions [3][4]. Group 2: Research and Exploration Achievements - The "Albatross" successfully traversed a typhoon, collecting valuable meteorological and oceanographic data that enhances understanding of typhoon dynamics and improves forecasting accuracy [3]. - The "Fighter" manned submersible has enabled researchers to explore deep-sea ecosystems, discovering previously unknown life forms and expanding knowledge of deep-sea biodiversity [5][6]. - Collaborative efforts between the "Fighter" and other deep-sea exploration tools have led to significant advancements in marine biology research, including studies published in international journals [6]. Group 3: Infrastructure and Resource Sharing - The Nanshan Port public scientific research dock is open to all research institutions, facilitating marine equipment testing and enhancing the deep-sea technology industry chain [7]. - The number of scientific research voyages serviced by Nanshan Port has increased dramatically, from 30 in 2020 to an expected 1,416 in 2024, indicating growing research activity [7]. - The establishment of a comprehensive marine technology platform aims to integrate resources and improve research efficiency, with a reported output of 770 million yuan from deep-sea equipment in the Sanya area [8].

Core Insights - The inclusion of "deep-sea technology" in the government work report highlights its growing importance and the unique natural conditions in Hainan for deep-sea equipment testing and application [1] Group 1: Deep-Sea Technology Developments - The "Albatross" unmanned sailing vehicle is designed to utilize wind power for long-distance travel and can dive to depths of 1,000 meters, enabling it to operate in complex weather and ocean conditions [3][4] - The "Fighter" manned submersible has been instrumental in exploring deep-sea ecosystems, revealing previously unknown life forms and expanding human understanding of deep-sea ecology [5][6] - The collaboration between various deep-sea exploration equipment enhances the ability to study deep-sea biology and supports future resource development and ecological protection [7] Group 2: Infrastructure and Support - The Nanshan Port public scientific research dock facilitates rapid deployment of research vessels, significantly increasing the number of scientific voyages from 30 in 2020 to an expected 1,416 by 2024 [8][9] - The dock is designed to attract research institutions and enterprises, fostering a collaborative environment that supports the development of the deep-sea technology industry [8][9] - The integration of various resources for sea trials has improved research efficiency, reducing testing cycles by an average of 30% [9]