Core Insights - The successful test of the Long March 10 rocket and the crewed spacecraft marks a significant milestone in China's manned lunar exploration program, showcasing advancements in key technologies and capabilities [2][4][7] Group 1: Test Achievements - The test included several "firsts," such as the first ignition flight of the Long March 10 rocket in its initial sample state and the first maximum dynamic pressure escape test for a crewed spacecraft [2][6] - The rocket and spacecraft successfully completed a controlled splashdown in the sea, marking the first time a crewed spacecraft recovery was conducted at sea [2][7] Group 2: Technological Breakthroughs - The test achieved breakthroughs in four key technologies: intelligent health monitoring, high-altitude secondary engine start, network recovery mode, and optimized thermal protection design [8][9] - The integration of ascent and return phases in a single flight test is a global first, demonstrating advanced control capabilities of the rocket system [8][9] Group 3: Future Plans and Developments - The Long March 10 rocket is designed for manned lunar missions and will support the Dream Chaser spacecraft and lunar lander, with ongoing development and training for astronauts [6][7] - The crewed lunar exploration program is on track, with the Dream Chaser spacecraft entering the initial sample development phase in 2024 and the lunar lander completing tests by 2025 [6][7] Group 4: Safety and Reliability - The escape system of the Dream Chaser spacecraft faces higher demands and challenges compared to previous models, focusing on safety during the maximum dynamic pressure point of launch [10][11] - The development team conducted extensive simulations and tests to ensure the reliability of the spacecraft's escape system under extreme conditions [11]

来源：环球时报 从国际格局看，中国独创的海上网系回收方案，与SpaceX"猎鹰9号"等采取的垂直反推着陆形成了差异 化突破。它既打破国外重型火箭复用技术垄断，更开辟出全新赛道，标志着中国航天从"跟跑"迈向"并 跑、领跑"。该方案破解了重型火箭减重、精度控制、安全回收三大核心难题，为我国2030年前实现载 人登月、低轨卫星星座组网及商业航天规模化发展等，提供了低成本、高频次的天地往返支撑。 此次试验的深远意义，远超技术突破本身。一方面，试验推动我国航天事业实现"质的飞跃"。航天强国 的核心标志，不仅在于技术突破，更在于形成自主可控、安全高效的航天体系。此次试验验证的可重复 使用技术、海上回收技术等，将带动新材料、智能制造、航天电子、测控通信等全产业链升级。更重要 的是，载人登月工程的推进，将进一步完善我国航天创新体系：从运载火箭、载人飞船到着陆器、月球 车，自主研发的核心技术将实现全面迭代，使我国在深空探测、空间应用等领域的话语权显著提升。据 报道，长征十号将与长征九号（重型运载火箭）、长征八号（中型运载火箭）构成新一代运载火箭体 系。 2月11日中午，文昌航天发射场内，长征十号运载火箭系统低空演示验证与梦舟载 ...

文昌航天发射场是我国首个滨海发射场。自2016年执行首次航天发射任务以来，发射场年发射量稳步提 升，已经形成高稳定、常态化的中大型低温液体火箭高密度发射能力。如今，随着载人登月专属工位的 启用，发射场实现了从"通用保障"向"深空专属支撑"跨越。 作为载人登月任务的专属发射平台，这个工位聚焦深空探测任务，配备120米全开放式发射塔架，可适 配长征十号重型运载火箭超大体量；双向深度超10米的导流槽能高效疏导高温燃气流，配套喷淋系统15 秒内可释放近1000吨冷却水实现降温防护；智能化测发控系统可实现工位设施与箭船系统的实时数据交 互。 这个发射工位是文昌航天发射场建设的第三个发射工位，占据低纬度区位优势，更适配长征十号重型运 载火箭地月转移轨道的发射需求。针对海南高温、高湿、高盐雾的滨海环境，工位配备四级防腐体系的 避雷塔、抗冲击的钢结构塔架，确保长期稳定运行。 2月11日，我国在文昌航天发射场成功组织实施长征十号运载火箭系统低空演示验证与梦舟载人飞船系 统最大动压逃逸飞行试验。新华社 图 长征十号低空演示验证与梦舟飞船最大动压逃逸飞行试验2月11日在文昌航天发射场成功实施，这是我 国首个载人登月发射工位首次执行 ...

新华社海南文昌2月11日电 题：通往月球之路——长征十号低空飞行试验与梦舟飞船最大动压逃逸全景 目击 新华社记者 2月11日，我国在文昌航天发射场成功组织实施长征十号运载火箭系统低空演示验证与梦舟载人飞船系 统最大动压逃逸飞行试验，火箭一级箭体和飞船返回舱分别按程序受控安全溅落于预定海域。 从文昌航天发射场指控大厅，到飞船返回舱打捞回收船；从万人齐聚观看发射盛况的文昌淇水湾，到见 证长征十号一级箭体溅落海上的南海深处……新华社多名记者从多个角度密切追踪系列试验任务的一举 一动，也见证了我国载人月球探测工程研制工作取得的重要阶段性突破。 发射盛况撼天地 【现场目击】记者王晖余、刘一诺从文昌航天发射场报道：视野尽头，海天一色，我国首个载人登月发 射工位巍然矗立。 与以往任务直到发射前船箭组合体"犹抱琵琶半遮面"不同，长征十号运载火箭和梦舟载人飞船组合体， 从一开始就展露于公众视野之中。 高约120米的全新发射工位，并未采用神舟任务中常见的回转平台结构，仅配置了环抱平台，如两条手 臂环抱着船箭组合体。 四级防腐体系的避雷塔、抗冲击的钢结构塔架，适配海南高温高湿高盐雾的滨海环境；国内首个单面双 流道气动外形的导流槽静 ...

Householder . == 1 1-1 - 1 - ga t 37 tit ter l F 2月11日，长征十号运载火箭一级箭体按程序受控安全溅落于预定海域。新华社发 A and and and of the mail of t 2月11日，梦舟载人飞船返回舱按程序受控安全溅落于预定海域。新华社发 2月11日上午，海南文昌发射场迎来了一项重要事件：长征十号系列火箭一子级成功托举梦舟飞船点火升空，顺利起飞。 长征十号系列火箭是我国新一代载人运载火箭，不管是送人到月球，还是送人到中国空间站，它以后都是主力军；梦舟飞船是我国新一代载人飞船，以后航 天员要乘坐它去月球。 两型与载人登月密切相关的航天器一起进行试验，说明什么？我们离载人登月更近了。 先说火箭。这次长征十号系列运载火箭（主要是一子级）开展的是低空飞行试验，即火箭只飞行一小段时间，并能实现一子级箭体回收成功。试验的成功， 标志着长征十号系列运载火箭从"静态点火"迈入了"动态飞行"，能飞，还飞得很好，还能收回来。 再说飞船。此次梦舟飞船试验的是首次最大动压逃逸飞行试验。飞船逃逸系统的作用，是当火箭在发射上升段出现紧急故障（达到最大动压工况时通常最危 险 ...

新华社海南文昌2月11日电（记者刘一诺、陈子薇）长征十号低空演示验证与梦舟飞船最大动压逃逸飞 行试验11日在文昌航天发射场成功实施，这是我国首个载人登月发射工位首次执行点火发射任务。 文昌航天发射场是我国首个滨海发射场。自2016年执行首次航天发射任务以来，发射场年发射量稳步提 升，已经形成高稳定、常态化的中大型低温液体火箭高密度发射能力。如今，随着载人登月专属工位的 启用，发射场实现了从"通用保障"向"深空专属支撑"跨越。 "这次点火发射，是对载人登月专属工位核心功能的首次实战验证，填补了我国载人登月专属发射设施 的空白，为2030年前实现载人登月目标构建起关键发射保障枢纽。"文昌航天发射场钟文安表示，后 续，这个工位将持续承担载人登月运载火箭系列验证任务。（完） 作为载人登月任务的专属发射平台，这个工位聚焦深空探测任务，配备120米全开放式发射塔架，可适 配长征十号重型运载火箭超大体量；双向深度超10米的导流槽能高效疏导高温燃气流，配套喷淋系统15 秒内可释放近1000吨冷却水实现降温防护；智能化测发控系统可实现工位设施与箭船系统的实时数据交 互。 这个发射工位是文昌航天发射场建设的第三个发射工位，占据低 ...

明日（7时~21时），郑州市机动车号牌最后一位阿拉伯数字为4和9的车辆限行。 今天夜里到明天：多云 西南风：2~3级 气温：2℃～19℃ 春节备年货，柑橘绝对是桌上常客。酸甜多汁的柑最近成了热议主角，大家为它的叫法吵翻啦！其实它正式名是春见，因果皮软糯被四川人叫 柑，耙耙柑是流传最广的写法。这颗"软萌"水果剥皮超轻松，不过再好吃也别贪多，高糖易引发不适，适量品尝才香甜～ 2月11日全社会跨区域人员流动量预计超2.6亿人次 记者从交通运输部获悉，预计2026年2月11日（春运第10天，农历腊月二十四），全社会跨区域人员流动量26053万人次，环比增长9.1%，比2025年同期 增长1.6%。 超20亿元"新春礼包"即将派送 2月11日，国新办举行新闻发布会，介绍商务部联合9部门推出的 2026"乐购新春"春节特别活动，目前，各地已安排20.5亿元资金，在9天假期内将以消费 券、补贴等形式惠及消费者。活动还推出三重消费礼包： 我国载人登月，有重要突破！ 今日，长征十号运载火箭系统低空演示验证与梦舟载人飞船系统最大动压逃逸飞行试验取得成功，标志着我国载人月球探测工程研制工作取得重要阶段性 突破。本次试验首次实现了火 ...

Group 1 - Aerospace Electronics (600879) is a core listed platform of the Aerospace Science and Technology Group, focusing on aerospace electronic information systems, inertial navigation, integrated circuits, and electromechanical components. It is a leading supplier for manned lunar landing projects, providing key equipment for the Long March 10 rocket and the Dream Chaser spacecraft, with a leading market share in aerospace electronic support [1][25]. - Aerospace Power (600343) specializes in aerospace liquid propulsion systems and is a key supplier for the Long March 10 rocket's propulsion system. The company is recognized for its high-temperature and high-reliability products, suitable for manned lunar landing conditions, and is expected to see strong growth in orders as the lunar landing program progresses [2][26]. - Aerospace Engineering (603698) relies on resources from the Aerospace Science and Technology Group and is involved in system integration and launch support for manned lunar landing projects. The company is recognized as a leader in aerospace engineering contracting and is expected to expand its system integration business as demand for launch support services increases [3][27]. Group 2 - Aerospace Electromechanical (600151) focuses on special materials and energy systems for spacecraft, serving as a core supplier for the Dream Chaser and lunar probe. The company is recognized for its lightweight and high-strength products, which are essential for manned lunar missions, and is expected to see rapid growth in its aerospace support business [4][28]. - Aerospace Electrical (002025) specializes in high-end relays, connectors, and micro motors, with a market share exceeding 70% in aerospace connectors. The company is viewed as a critical supplier for manned lunar projects, with strong reliability and high technical barriers, and is expected to see increased demand as the lunar landing program advances [5][30]. - Quanxin Co., Ltd. (300447) focuses on aerospace special cables and transmission components, providing high-temperature and interference-resistant cables for lunar landing projects. The company is recognized as a leader in the aerospace cable segment, with stable orders expected to grow as demand for aerospace information technology increases [6][31]. Group 3 - Zhenhua Technology (000733) is a leading military electronics company, providing essential electronic components and power systems for spacecraft. The company is expected to see significant growth in product demand as the lunar landing program progresses, supported by its strong technical capabilities and customer resources [7][32]. - Torch Electronics (603678) specializes in ceramic capacitors and aerospace components, recognized as a core supplier for ceramic capacitors in lunar landing projects. The company is expected to see growing demand for its aerospace-grade capacitors as the lunar landing program advances [8][33]. - Guojijiang Precision (002046) focuses on aerospace special bearings and precision manufacturing equipment, with a market share exceeding 90% in high-reliability aerospace bearings. The company is expected to see strong demand for its special bearings as the lunar landing spacecraft development accelerates [9][34]. Group 4 - China Satellite (600118) is a leading satellite manufacturer under the Aerospace Science and Technology Group, providing satellite development and application services for lunar landing projects. The company is expected to see rapid growth in its satellite manufacturing and application business as demand for space-based systems increases [10][35]. - China Satcom (601698) specializes in satellite communication services, providing critical communication links for lunar landing missions. The company is recognized as a leader in satellite communication operations, with expected growth in service revenue as lunar landing tasks progress [11][36]. - Haige Communication (002465) focuses on satellite navigation and wireless communication, serving as a core supplier for navigation and communication terminals in lunar landing projects. The company is expected to see strong growth in its core business as demand for lunar landing measurement and control systems increases [12][37]. Group 5 - Beidou Xingtong (002151) is a core enterprise in the Beidou navigation industry chain, providing high-precision navigation solutions for rockets and spacecraft. The company is expected to see rapid growth in its aerospace navigation business as demand for high-precision navigation increases with the lunar landing program [13][38]. - Guangwei Composite Materials (300699) is a leading carbon fiber manufacturer, providing lightweight materials for the Long March 10 rocket and Dream Chaser. The company is expected to see growing orders for its composite materials as demand for lightweight solutions in aerospace increases [14][39]. - Guangqi Technology (002625) specializes in metamaterials and aerospace structural components, providing lightweight and radiation-resistant parts for spacecraft. The company is expected to see increasing demand for its metamaterial solutions as the lunar landing program progresses [15][40]. Group 6 - Steel Research High-Nickel (300034) focuses on high-temperature alloys and aerospace special alloys, providing critical materials for rocket engines. The company is expected to see strong demand for its high-temperature alloys as the lunar landing rocket production accelerates [16][41]. - Western Materials (002149) specializes in titanium alloys and rare metal composite materials, providing lightweight components for lunar landing vehicles. The company is expected to see growing demand for its special materials as the lunar landing spacecraft development accelerates [17][42]. - Hailanxin (300065) focuses on marine electronic information and aerospace recovery measurement and control systems, providing critical support for lunar landing return missions. The company is expected to see rapid growth in its measurement and control business as lunar landing return tasks are implemented [18][43]. Group 7 - Jieli Rigging (002342) specializes in special rigging and lifting equipment, providing critical components for the safe recovery of lunar landing rockets. The company is expected to see increasing demand for its special rigging solutions as the technology for reusable rockets becomes more prevalent [19][44]. - China Shipbuilding (600150) is a leading shipbuilding company, focusing on the construction of marine recovery platforms for lunar landing missions. The company is expected to see continued growth in its recovery platform construction business as lunar landing tasks progress [20][45]. - Chaojie Co., Ltd. (301005) specializes in high-strength fasteners and precision structural components, providing critical fasteners for rockets and spacecraft. The company is expected to see growing demand for its fasteners as the lunar landing program moves into mass production [21][46]. - Yingliu Co., Ltd. (603308) focuses on high-temperature alloy castings and aerospace precision components, providing critical parts for rocket engines. The company is expected to see strong demand for its core components as the lunar landing rocket production accelerates [22][47].

"神舟"之后，"梦舟"蓄势待发。 2月11日，我国在文昌航天发射场成功组织实施长征十号运载火箭系统低空演示验证与梦舟载人飞船系 统最大动压逃逸飞行试验，标志着我国载人月球探测工程研制工作取得重要阶段性突破。 梦舟飞船的逃逸系统需要通过一系列严格的试验来验证其可靠性。雨广表示，无论是之前的零高度逃逸 试验，还是这次的最大动压逃逸试验，都属此类必不可少的"考验"。此次梦舟飞船最大动压逃逸飞行试 验圆满成功，为未来执行载人任务以及支撑载人登月工程迈出重要一步。 承担本次任务的是长征十号系列火箭一子级。据中国载人航天工程办公室介绍，长征十号是我国自主研 制的新一代载人运载火箭，将在载人登月任务中承担梦舟Y载人飞船和揽月月面着陆器发射任务。其 中，长征十号甲是基于长征十号衍生出的一子级可重复使用运载火箭，主要用于近地轨道飞行任务。 海上回收技术获突破：火箭一子级受控溅落，剑指"网系回收" 《每日经济新闻》记者（以下简称"每经记者"）了解到，此次试验具有新型号火箭、新型号飞船、新发 射工位，以及火箭、飞船海上回收新任务等诸多亮点，参加试验的火箭和飞船均为初样状态。 闯过"最危险时刻"：梦舟飞船最大动压逃逸试验成功 据中国 ...

背后的大圆代表太阳也代表希望。周围的两艘船，代表任务相关元素。右边是网系回收船"领航者"号， 左边是相关的保障性船只。袖标右上角是梦舟飞船的最大动压逃逸试验元素，左边的海鸥代表希望，也 是海员和试验队员在海上看到最多的元素。 （总台央视记者 崔霞 李宁 柏清玉 陶嘉树 李昌鹤） 总台记者崔霞为您解读长十火箭飞行试验袖标，看方寸之间，如何承载中国航天人迈向星辰大海的坚实 脚步与浪漫情怀↓ 长征十号试验任务的袖标包含了任务相关的主要元素，袖标正中心的火箭是回收后一子级的状态，箭体 上有两个特别有特征的部分：栅格舵和特有的网系。 今天（11日），我国在文昌航天发射场成功组织实施长征十号运载火箭系统低空演示验证与梦舟载人飞 船系统最大动压逃逸飞行试验。 在长征十号系列火箭低空演示验证飞行试验的袖标上，关于2030年前实现中国首次载人登月的诸多关键 元素都被巧妙融入。一枚小小的试验任务袖标，不仅是一件作品，更是一段故事的浓缩。 ...