据介绍，当"梦舟"返回舱穿越大气层时，无人直升机搭载的光电观测设备迅速捕获目标，并转入稳 定跟踪模式。在整个返回舱开伞、乘伞下降直至溅落海面的关键过程中，无人机编队实现了不间断的连 续跟踪与高清视频记录，实时回传的画面清晰呈现了返回舱动态姿态、降落伞系统工作状态等关键景 象，为试验评估提供了不可替代的一手可视化数据。 原标题：GQ-580无人直升机护航梦舟载人飞船试验任务 近日，我国在文昌航天发射场成功组织实施了"梦舟"载人飞船系统最大动压逃逸飞行试验。在这一 具有里程碑意义的关键任务中，航天国器自主研制的GQ-580型无人直升机系统作为搜索回收体系中的 空中核心力量，圆满完成了对返回舱再入、开伞、溅落及回收全过程的多维度、高精度跟踪监测与态势 保障任务，展现了国产高端无人装备在国家重大战略工程中的坚实支撑能力。 最大动压逃逸试验是验证载人飞船在发射上升段最严峻气动载荷条件下应急逃生能力的关键一役， 具有风险高、时序紧、协同复杂等特点。记者获悉，航天国器高度重视此次保障任务，抽调精干力量组 建专项保障团队，紧密配合任务要求，进行系统性任务策划与多轮次合练演练。针对海上复杂环境、目 标跟踪、突发天气、设备应急等 ...

Core Viewpoint - The Shanghai Aerospace Equipment Manufacturing Factory has been recognized as one of the first 15 "Leading Smart Factories" in China, representing the highest level of intelligent manufacturing both domestically and globally. This initiative aims to seize opportunities in industrial intelligence development and build competitive advantages in future manufacturing [1][12]. Group 1: Digital Transformation and Efficiency - The time required to compile quality documentation for a rocket has been reduced from approximately 7 days to just 5 minutes through digitalization and networking [2][3]. - Each product, from rockets to screws, is assigned a unique "digital ID" that tracks its entire lifecycle, enabling real-time data access and quality assurance [3][5]. - The factory's digital transformation has led to a 40% increase in production efficiency and an 80% localization rate of intelligent manufacturing equipment [11][12]. Group 2: Supply Chain and Industry Collaboration - The factory emphasizes the importance of a responsive supply chain to maintain competitiveness in the commercial aerospace sector, advocating for a "full-process chain movement" that integrates R&D, production, and supply chain operations [5][11]. - The establishment of a collaborative R&D approach with domestic equipment suppliers has led to advancements in critical manufacturing technologies, such as high-precision mirror milling [11]. Group 3: AI Integration and Advanced Manufacturing - The average AI application penetration rate among the first batch of leading factories exceeds 70%, with over 6,000 AI models and more than 1,700 advanced manufacturing equipment and industrial software applications [9][10]. - The integration of AI into manufacturing processes has transitioned from automation to autonomy, enhancing capabilities in production scheduling, online inspection, and quality control [10]. Group 4: Broader Impact and Future Initiatives - The initiative has already facilitated the digital transformation of over 1,300 factories, showcasing the replicable success of smart manufacturing practices across the industry [12]. - Starting in 2024, a multi-departmental effort will be launched to cultivate smart factories across four levels, with leading factories representing the highest tier [12].

最"厉害"的中国工厂正式亮相。 近日，工业和信息化部发布首批15家"2025年度领航级智能工厂培育名单"，上海航天设备制造总厂有限 公司（以下简称"上海航天设备制造总厂"）顺利入选。 领航工厂被视为代表着中国乃至全球智能制造的最高水平。培育领航工厂，是我国抢抓产业智能化发展 机遇、构筑未来制造竞争优势的战略举措。 航天设备的领航工厂什么样？大国重器的生产发生了哪些变革？近日，记者进行了实地探访和采访。 全生命周期的数字化，正在从工厂内延伸到供应链。 当前，航天任务需求正发生深刻变化。一方面，国家航天任务对高密度发射、高可靠性的要求不断提 升；另一方面，商业航天蓬勃发展，对成本控制的敏锐度和供应链的响应速度提出了前所未有的挑战。 "光自己干得快没用，供应链得跟上。"程辉直言，要在商业航天时代保持竞争力，不能只是厂内闭环， 必须实现"全流程链动"。 每颗螺钉都有"身份证" 数字化网络化是智能化的基础 一发运载火箭，零部组件以"数十万计"。传统模式下，为了完成一份整机质量资料的汇总，质量师、工 艺员得在浩如烟海的纸质单据和分散的系统之间来回"搬运"，平均要花上约7天。 而在上海航天设备制造总厂的智能工厂里，这一时间 ...

Group 1 - The Shenzhou-20 spacecraft successfully returned to Earth on January 19, bringing back a "space suit" that represents China's advancements in space technology, particularly in the development of the new generation of space windows [1] - The new space window, developed by Zhengzhou University, features a four-layer structure designed to maintain performance stability under extreme temperatures, enhancing the safety and reliability of the space suit [1][2] - Zhengzhou University has been involved in the research and development of three generations of space windows, with the latest version tested for over 40 hours during the "4 years 20 times" mission, significantly extending its lifespan [2] Group 2 - The "umbilical cable" designed by Zhengzhou Aerospace Electronics Technology Co., Ltd. is crucial for astronaut operations outside the spacecraft, providing power, telemetry, and communication [2] - The umbilical cable employs a flexible design using advanced materials that ensure durability and reliability, allowing astronauts to maintain communication with the spacecraft during extravehicular activities [2] - This technology has been successfully applied in multiple Shenzhou manned flight missions, achieving an extended lifespan from the original design of 15 uses to 20 uses over four years [2]

"3年15次"是我国舱外航天服的设计寿命。在航天员中心相关科研团队的科学评估保障下，2025年8月15 日，神舟二十号乘组航天员陈冬身着舱外服B顺利完成了出舱活动。舱外服B成为我国首套实现"4年20 次"延寿目标的舱外服。 可以说，中国空间站舱外航天服B是一位可靠的"战友"。它创下了里程碑式的纪录，也承载着诸多航天 员的记忆。 1月19日，中国空间站舱外航天服B随神舟二十号飞船返回地球。临行前，神舟二十一号乘组在中国空 间站录制视频，深情告别这件功勋卓著的舱外航天服。 此前，我国空间站有三套在轨"飞天"舱外航天服，编号为A、B、C，其外观配色分别为红、蓝、金黄。 2025年7月15日，编号为D、E的新款舱外航天服，随天舟九号货运飞船上行到中国空间站。其中，舱外 航天服B率先实现4年20次延寿目标，光荣退役。 一件航天服为何令航天员这样不舍？ 舱外航天服B于2021年5月随天舟二号货运飞船发射升空，陪伴中国空间站近5年，保障了8次载人飞行 任务中共20次出舱活动。神舟二十一号乘组指令长张陆也穿着它执行了神舟十五号任务中的4次出舱活 动。此外，舱外航天服B和航天员一起刷新了单次出舱活动长达9小时的世界纪录。 可以 ...

Core Viewpoint - The successful return of the Shenzhou-20 spacecraft marks a significant achievement in China's space program, particularly in the development and evaluation of extravehicular spacesuits, which have demonstrated extended service life and enhanced performance in space missions [1][3]. Group 1: Spacesuit Performance and Evaluation - The extravehicular spacesuit (B) has been used in 8 manned missions by 11 astronauts, achieving a record of "4 years and 20 uses," which is a significant extension of its intended lifespan [12]. - The spacesuit is designed for a storage period of 3 years in orbit, with a minimum of 15 extravehicular activities, but has been successfully evaluated and extended to support 20 activities over 4 years [3][12]. - The data collected from the spacesuit's performance in space will contribute to future research and development, particularly in improving the durability and efficiency of upcoming spacesuit models [5][8]. Group 2: Technological Advancements and Future Applications - China's spacesuit technology has progressed from a following position to a competitive one internationally, with the first batch of spacesuits effectively supporting 46 extravehicular activities [3]. - The experience gained from the current spacesuit will inform the design and production of future models, including those intended for lunar missions, providing a solid foundation for advancements in space exploration technology [10][14]. - The ongoing analysis of the returned spacesuit will focus on identifying weaknesses and enhancing the reliability and safety of future designs [7][8].

在商业航天领域，集团子公司中集安瑞科已成功切入多个头部商业航天企业供应链，核心提供低温液氧 / 液氢储罐、燃料储运加注系统等关键装备，不仅与中国航天科技集团六院 165 所达成深度合作项目， 更实现航天装备业务收入超亿元，成为国内商业航天配套装备的重要供应商。 在数字基建领域，中集集团凭借模块化技术抢占全球数据中心建设高地。旗下中集建科承建的全球首个 超大型模块化数据中心 —— 马来西亚 2312 项目，已正式投入运行并斩获 "DCD 全球最佳数据中心案 例" 奖项。该项目总建筑面积达 2.93 万平方米，包含 833 个预制模块，配置 3168 个标准机柜，IT 负荷 高达 60MW，可满足东南亚地区未来 5-10 年的高密度算力需求。为解决 AI 数据中心的高能耗痛点，项 目创新采用 "风冷 + 冷冻水液冷" 双冷却方案，将全年 PUE（能源使用效率）控制在 1.4 以下，建设周 期从传统 18 个月压缩至 1 年，单瓦建造成本却与传统方案持平，实现效率、能效与成本的三重优化。 此外，中集建科还具备数据中心 "设计 - 制造 - 运输 - 调试" 全链条服务能力，目前正加速开拓国内外市 场，以模块化技术承 ...

专利摘要显示，本发明涉及星箭装配技术领域，尤其涉及一种一箭多星的星箭装配方法及装置，包括以 下步骤：将多个卫星与多个分离机构一一对应地连接；将多个分离机构分别安装于承载架上；将承载架 安装于运载火箭的末级。通过对装配步骤进行优化，提高了多个卫星装配之间的协调性，保障了装配效 率，缩短了装配耗时，进而有利于提高发射效率。 （原标题：星河动力公布一箭多星的星箭装配专利，可提高发射效率） 企查查APP显示，近日，北京星河动力航天科技股份有限公司申请公布"一箭多星的星箭装配方法及装 置"专利。 ...

Core Viewpoint - Aerospace Intelligence Manufacturing (航天智造) aims to become a world-class aerospace intelligent equipment manufacturing enterprise through a dual strategy of "Aerospace+" and "Intelligent Manufacturing" [1] Group 1 - The company will focus on capital operations and industrial development as a dual driving force for growth [1] - The long-term goal is to strengthen, optimize, and expand the company [1]

Group 1: Aerospace Industry Development - The aerospace industry in Deyang has established a comprehensive supporting capability in core component manufacturing, covering processing of structural parts like aircraft frames, beams, ribs, and wall panels, as well as manufacturing and precision processing of aerospace engine forgings [1] - Sichuan Delan Aerospace, a representative in the high-end forging sector, has built an intelligent production line in Deyang, achieving controllable and digitalized manufacturing processes, with products applied in over 70 aircraft engine models, including the world's largest commercial aircraft engine, GE9X [1] - Deyang has developed a precision structural component research system centered around Wanhang Mould Forging and an airborne equipment research system centered around Aviation Industry Lingfeng, providing key core forgings for domestic aircraft like C909 and C919 [2] Group 2: Collaborative Development in Chengdu Metropolitan Area - Meishan and Ziyang are expanding their industrial dimensions in the Chengdu metropolitan area by focusing on satellite industry and aerospace equipment manufacturing, becoming important support points for collaborative industrial development [3] - The cooperation between HuanTian Wisdom and Xingyuan Space aims to enhance the aerospace information industry chain in the Chengdu metropolitan area through satellite joint launches and data applications, creating a complete closed loop from satellite launch to data collection and intelligent analysis [3] - The China Western Satellite Industry Park in Meishan is the first high-standard satellite industrial park in Southwest China, attracting 14 satellite-related enterprises and research institutions, forming an integrated satellite industry ecosystem [3] Group 3: Data Application and Economic Development - HuanTian Wisdom has established an aerospace data operation platform leveraging a cloud computing center, promoting the application of satellite data in areas such as smart cities, disaster warning, and energy management, facilitating resource sharing and collaborative governance in the Chengdu-Deyang-Meishan-Ziyang region [4] - Ziyang focuses on developing commercial aerospace and low-altitude economy as its leading industries, linking local intelligent manufacturing foundations and concentrating on rocket assembly and ground measurement and control [4]