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蓝箭:卫星这样叠
Guan Cha Zhe Wang· 2026-02-06 09:28
近日,据蓝箭航天官方发布消息,我国商业航天企业蓝箭航天在"一箭多星"关键技术领域取得又一突 破。 2026年2月6日,蓝箭航天宣布成功完成了多星堆叠压紧释放机构和卫星组合体振动及解锁冲击试验,以 及星间锁机构在经历组合体振动、堆叠柱解锁冲击后的星间解锁试验。 其中,堆叠压紧释放机构由气动分离螺母、堆叠柱、压紧杆、抬升机构、缓冲机构等组成,采用四组堆 叠柱并配备8根碳纤维压紧杆,可有效压紧平板卫星。 这一系列试验的成功,标志着蓝箭航天自主研发的多星堆叠压紧释放机构已经具备服务卫星互联网星座 大规模组网的能力。 多星堆叠压紧释放机构是平板卫星实现"一箭多星"发射任务不可或缺的关键配套设备。 其核心作用是在地面准备、火箭起飞及飞行入轨过程中,将多颗卫星牢固地固定为一个整体组合体,以 抵御剧烈的振动和冲击;当卫星被送入预定轨道后,该机构再通过电信号控制,有序、稳定地打开压紧 杆,释放卫星,从而避免卫星之间或卫星与火箭之间发生碰撞。 为了进一步提升分离过程的安全性与有序性,蓝箭航天还配套研制了星间锁机构,该机构能在卫星堆叠 过程中自动落锁,大大简化了卫星在发射场的对接流程。 本次试验验证的堆叠压紧释放机构及星间锁机构均 ...
进度仅次于蓝箭航天,中科宇航完成上市辅导,参股和供应商名单来了
Xin Lang Cai Jing· 2026-01-17 12:33
Core Insights - Zhongke Aerospace Technology Co., Ltd. has completed its IPO counseling work, becoming the fastest commercial aerospace company to proceed with an IPO after Blue Arrow Aerospace [1] - The company, established in December 2018, focuses on the development of medium and large rockets, commercial satellite launches, and suborbital scientific experiments [1] - The company has successfully completed 7 launch missions of its Lijian-1 rocket in 2023, delivering 63 satellites with a total mass exceeding 6 tons, maintaining the record for continuous launches of commercial rockets in China [2] Company Overview - Zhongke Aerospace was incubated by the Institute of Mechanics, Chinese Academy of Sciences, and has several wholly-owned subsidiaries covering rocket research and development, equipment manufacturing, and propulsion technology [1] - The Lijian-1 rocket, a medium solid rocket developed by the company, has achieved breakthroughs in 6 major key technologies and 13 domestically first-used technologies [1] Recent Achievements - The Lijian-1 rocket is characterized by its large payload capacity, high orbital precision, and inherent reliability, primarily used for launching small and medium-sized spacecraft into sun-synchronous and other near-Earth orbits [1] - On January 12, 2023, the Lihong-1 vehicle successfully completed a suborbital flight test, marking the first domestic commercial aerospace experiment involving a parachute recovery from a height of approximately 120 kilometers [2] Shareholding Structure - The top three shareholders of Zhongke Aerospace are Beijing Pengyi Junlian Space Technology Center (27.75%), Beijing Zhongke Lisen Technology Co., Ltd. (26.49%), and Beijing Guoke Aerospace Technology Center (12.81%) [2] Related Companies - Yuexiu Capital has invested in Zhongke Aerospace and other related projects through its subsidiary [2] - Guangbai Co., Ltd. has indirectly invested in Zhongke Aerospace through its Guangzhou Trade Industry Fund [3] - Xinya Technology holds shares in Zhongke Aerospace through Xi'an Qingchuan Venture Capital Partnership [4] - Haoneng Co., Ltd. has established partnerships with Zhongke Aerospace and other commercial aerospace companies for rocket structure manufacturing [4] - Chaogei Co., Ltd. supplies structural components for commercial rockets, including those for Zhongke Aerospace [4] - Suri New Materials provides engine thrust chamber products to Zhongke Aerospace and other clients in the commercial aerospace sector [4] - Su Shi Testing offers comprehensive testing services to clients in the aerospace field, including Zhongke Aerospace [5] - Lizhong Group is expanding the application of new materials in commercial aerospace, supplying high-end aluminum-based alloys to Zhongke Aerospace [5]
济南空天信息产业如何成为高质量发展 “硬核增长极”
Xin Lang Cai Jing· 2025-12-15 23:52
Core Viewpoint - The aerospace information industry in Jinan is emerging as a key engine for cultivating new productive forces, with significant growth expected by 2025, including 192 companies and an estimated annual revenue exceeding 31 billion yuan [1][20]. Group 1: Industry Growth and Development - By the end of 2025, Jinan is projected to have 192 aerospace information companies, with an expected annual revenue of over 31 billion yuan and 39 ongoing projects with a total investment of 24.986 billion yuan [1]. - Jinan's aerospace information industry is characterized by a strong integration of production, education, and research, aiming for a closed-loop construction of the entire industry chain [1][8]. - The transformation of Jinan Steel Group (Jinan Steel) from a traditional steel enterprise to a leader in the aerospace information sector is a significant aspect of this growth [1][7]. Group 2: Strategic Partnerships and Innovations - Jinan Steel's collaboration with the Chinese Academy of Sciences led to the establishment of a company focused on microwave vacuum technology, which is crucial for satellite communication and navigation [4]. - The establishment of the first fully automated production line for space traveling tubes in 2022 marked a key milestone in Jinan's aerospace information industry [4]. - Jinan Steel has diversified its subsidiaries to align with the aerospace information industry, leveraging its existing manufacturing capabilities and resources [5]. Group 3: Educational Initiatives and Talent Development - The establishment of the Aerospace Information University in Jinan aims to cultivate high-end talent in the aerospace information field, with joint training programs already in place with other universities [10]. - The university is expected to officially open in 2026, focusing on various disciplines related to aerospace information [10]. - Jinan has created an innovation system centered around the university, with multiple high-level research institutions and innovation platforms to support industry development [10]. Group 4: Policy Support and Capital Investment - Jinan's government has implemented a series of strategic policies to support the aerospace information industry, including a three-year action plan and a high-quality development action plan [18][19]. - The city has established a multi-layered capital support network, including annual financial allocations and industry funds, to facilitate project development [19]. - Recent agreements during a major innovation and entrepreneurship competition indicate a strong commitment to funding key projects in the aerospace information sector [19].