【商业航天动态】当地时间2月28日，美国已将【太空部队】、空军、海军、海军陆战队和陆军派往针对伊朗的行 动中。 后续催化展望： 海外： 1据彭博新闻报道，SpaceX公司的IPO申请最早于3月发布，IPO于6月进行，预计估值超过1.75万亿美元。 （信维通信等） 2starship V3计划于3月中旬首飞。 3 【商业航天动态】当地时间2月28日，美国已将【太空部队】、空军、海军、海军陆战队和陆军派往针对伊朗的行 动中。 1据彭博新闻报道，SpaceX公司的IPO申请最早于3月发布，IPO于6月进行，预计估值超过1.75万亿美元。 （信维通信等） 2starship V3计划于3月中旬首飞。 3RKLB中子号可重复使用火箭计划Q2首飞。 国内： 1两会于3月初召开。 2力箭二号可重复使用火箭计划3月下旬首飞。 (泰胜风能) 3朱雀三号遥二计划Q2再次尝试回收，争取Q4尝试复用飞行。 (飞沃科技、超捷股份、斯瑞新材) 后续催化展望： 海外： 3、4月起，我国新型号火箭再次密集首飞及回收，#2026年或成为我国火箭回收元年，两大星座的招标及发射预计 也将稳步推进，蓝箭航天、中科宇航有望于年内上市。 4天龙三号（广 ...

2月27日，商业航天概念表现活跃，广联航空、飞沃科技涨超13%，聚合材料、立中集团、海兰信、首都在线跟涨。 第三是春节动态：行业热度不减，高频发射序幕将启。海南商业航天发射场二期工程主体结构已完工，3号、4号发射工位预计年底前具备发射能 力，未来四工位年发射能力将达60发；深蓝航天明确春节后将执行"星云一号"运载火箭首次入轨飞行任务，同步验证火箭入轨与一子级高空垂直 回收；海外方面，北京时间2月20日，SpaceX完成2026年度第20次发射，使用27手猎鹰9号火箭将29颗星链卫星送入预定轨道。 第四是技术突破：可回收火箭密集发射，大运力时代来临。进入3月，国内商业航天将迎来发射高峰期，朱雀三、天龙三、长征十B、双曲线三 号、智神星一号、引力二号、长征十二B等多款可回收火箭将陆续择机发射。 华龙证券表示，商业航天加速发展，市场规模持续提升，维持行业"推荐"评级。建议关注以下标的：（1）火箭发射：超捷股份、斯瑞新材、铂力 特、中天火箭；（2）卫星制造：中国卫星、臻镭科技、航天电子；（3）卫星应用：中科星图、华测导航。 据券商中国，署名为东吴证券王紫敬的点评表示，商业航天板块重新爆发主要有四大利好： 第一是政策催 ...

Market Dynamics - The U.S. stock market showed mixed results, with the Dow Jones up by 0.53%, while the S&P 500 and Nasdaq fell by 0.51% and 1.51% respectively, with the Nasdaq breaking below its 100-day moving average [1] - Southbound capital in Hong Kong saw a net inflow of approximately 13.373 billion HKD, marking the highest single-day inflow since January 22, with Tencent and Alibaba receiving net purchases of about 2.231 billion HKD and 1.171 billion HKD respectively [4] - The latest data indicates that the number of newly opened margin trading accounts in January 2026 reached 190,500, a 29.5% increase from December 2025, and a 157.09% increase year-on-year [4] Commodity Prices - WTI crude oil futures rose by 3.05% to $65.14 per barrel, while Brent crude increased by 3.16% to $69.46 per barrel [2] - COMEX gold futures increased by 1.04% to $4,986.4 per ounce, and silver futures rose by 5.36% to $87.765 per ounce [2] Industry Developments - Domestic private commercial rocket company Dongfang Space is expected to complete the first flight of its "Gravity II" medium-sized liquid reusable launch vehicle by mid-2026 [5] - The National Space Computing Center, part of the "Star Computing" plan by Guoxing Aerospace, aims to establish a super space computing network consisting of 2,800 satellites, with the first group already launched [5] - Tesla's Shanghai factory delivered 69,129 vehicles in January, marking a 9% year-on-year increase, continuing a trend of growth in wholesale sales for three consecutive months [16] Technological Innovations - The brain-machine interaction and human-machine integration laboratory has developed the first brain-controlled acupuncture and neuro-rehabilitation equipment platform in China, which is currently undergoing clinical trials [9] - Tencent's AI Infra team launched an open-source high-performance LLM inference core operator library, achieving a 30% improvement in model inference performance [7] Regulatory and Policy Updates - The People's Bank of China emphasized the need for structural monetary policy tools to support key areas such as expanding domestic demand and technological innovation [10] - The Ministry of Industry and Information Technology highlighted the importance of AI in manufacturing, aiming to strengthen application foundations and key technologies [11]

国内民营商业火箭发射时间表持续更新。 《科创板日报》记者独家获悉，国内头部商业航天火箭企业东方空间自主研发的"引力二号"中大型液体 可回收运载火箭预计将2026年中完成首飞。 此外，东方空间方面还向《科创板日报》记者确认，这款定位于中大型卫星大规模组网及商业高轨发射 需求的火箭，搭配了芯级回收的创新性设计。 所谓"芯级回收"，并不是一个全新的概念。在运载火箭的工程语境中，它通常指的是对火箭一级——也 就是承担主要推力、结构载荷和燃料消耗的核心级段——进行返回与重复使用的设计。 在国内，这一技术路径此前已有商业航天公司进行过实际飞行验证尝试，例如蓝箭航天的液氧甲烷火箭 朱雀三号，已在首飞任务中对一级回收流程进行过实飞试验，尽管尚未实现成功回收，但相关工程验证 已经展开。 在此基础上，东方空间的"引力二号"选择在中大型液体运载火箭上引入芯级回收设计，其意义更多体现 在两个层面：一方面，这是公司从固体火箭体系迈向液体、可复用火箭体系的关键技术升级；另一方 面，也代表国内商业航天正开始探索，在更大运力和更复杂任务需求下，芯级回收是否具备可行的工程 与成本价值。 据了解，"引力二号"的芯级回收技术并非简单复刻，而是基于 ...

国内民营商业火箭发射时间表持续更新。 《科创板日报》记者独家获悉，国内头部商业航天火箭企业东方空间自主研发的"引力二号"中大型液体可回收运载火箭预计将2026年中完 成首飞。 此外，东方空间方面还向《科创板日报》记者确认， 这款定位于中大型卫星大规模组网及商业高轨发射需求的火箭，搭配了芯级回收的创 新性设计。 所谓"芯级回收"，并不是一个全新的概念。在运载火箭的工程语境中，它通常指的是对火箭一级——也就是承担主要推力、结构载荷和燃料 消耗的核心级段——进行返回与重复使用的设计。 在国内，这一技术路径此前已有商业航天公司进行过实际飞行验证尝试，例如蓝箭航天的液氧甲烷火箭朱雀三号，已在首飞任务中对一级回 收流程进行过实飞试验，尽管尚未实现成功回收，但相关工程验证已经展开。 在此基础上，东方空间的"引力二号"选择在中大型液体运载火箭上引入芯级回收设计，其意义更多体现在两个层面：一方面，这是公司从固 体火箭体系迈向液体、可复用火箭体系的关键技术升级；另一方面，也代表国内商业航天正开始探索，在更大运力和更复杂任务需求下，芯 级回收是否具备可行的工程与成本价值。 据了解，"引力二号"的芯级回收技术并非简单复刻，而是基于商 ...

Core Viewpoint - The commercial aerospace sector is experiencing significant activity, with the launch of the self-developed Gravitational No. 2 rocket by Dongfang Space, aimed at meeting the demand for medium to large satellite networks and commercial high-orbit launches, expected to complete its maiden flight by mid-2026 [1] Group 1: Industry Developments - The demand for rockets is surging, prompting attention to upstream materials, while the midstream equipment sector is expected to see significant changes in engine technology and 3D printing, which are characterized by scarcity and long-term inflationary logic [1] - The domestic market is anticipated to enter a new era of reusable rockets in 2026, driven by the synergy between commercial companies and state-owned enterprises [1] Group 2: Market Performance - As of February 3, 2026, the Zhongzheng Satellite Industry Index (931594) rose by 4.28%, with notable increases in constituent stocks such as Hailanxin (up 15.91%), XW Communication (up 11.58%), and Chip Origin (up 10.07%) [1] - The Penghua Satellite ETF (563790), which closely tracks the Zhongzheng Satellite Industry Index, increased by 3.61%, with a latest price of 1.23 yuan [1] Group 3: Index Composition - As of January 30, 2026, the top ten weighted stocks in the Zhongzheng Satellite Industry Index include Aerospace Electronics, China Satellite, Zhenlei Technology, and others, collectively accounting for 64.36% of the index [2]

Core Viewpoint - The A-share market has rebounded, with over 4,300 stocks rising, particularly in the commercial aerospace sector, which saw significant gains in related indices and stocks [1] Group 1: Market Performance - The National General Aviation Industry Index (980076) surged by 3.49%, with key stocks like Guanglian Aviation rising over 11% and Hangfa Control hitting the daily limit [1] - The Aviation ETF Huatai (159257) increased by 3.46%, with a latest price of 1.23 yuan, and has shown a cumulative increase of 2.60% over the past month [1] - The Aviation ETF Huatai had a turnover rate of 5.8% during the trading session, with a transaction volume exceeding 10 million yuan [1][3] Group 2: Fund Flows and Growth - The Aviation ETF Huatai experienced a scale growth of 101 million yuan over the past three months, ranking third among comparable funds [3] - The latest net outflow for the Aviation ETF Huatai was 1.206 million yuan, but it attracted a total of 113 million yuan over the past 21 trading days [4] Group 3: Strategic Developments - SpaceX announced the acquisition of AI startup xAI, integrating its rocket and satellite technology with AI capabilities, marking a strategic move towards building a "Space AI Empire" [4][5] - The concept of deploying orbital data centers in space to utilize solar energy for AI processing is seen as a breakthrough in overcoming current data center limitations [4] - The Chinese commercial aerospace sector is focusing on reusable rockets to reduce launch costs and increase frequency, with significant advancements expected in the coming years [5][6] Group 4: Industry Outlook - The Chinese aerospace sector is planning to develop new fields such as space tourism and smart infrastructure, with initiatives like the establishment of the "China Jiuquan Commercial Aerospace Port" [6] - The Aviation ETF Huatai focuses on low-altitude economy, military industry, and commercial aerospace, with defense and military sectors making up 61.6% of its index [7][10] - The low-altitude economy concept stocks account for 53% of the index, indicating strong potential for growth in this area [9][10]

Core Viewpoint - The key to competition in the commercial aerospace industry lies in surpassing the profitability threshold of "2.8 tons payload at 800 km orbit," which is fundamentally linked to advancements in upstream hard technology, particularly in engine performance and 3D printing capabilities [1][2]. Industry Analysis - The commercial aerospace sector is entering a critical development phase, with 2026-2027 identified as a pivotal window for Chinese commercial rocket companies, marking the first flights of several medium to large liquid rockets and the practical testing of reusable technology [1][2]. - The demand for satellite internet, such as GW constellations, is driving the need for enhanced payload capacity and cost control, making companies that can meet the "2.8 tons at 800 km" threshold key players in the market [1][2]. Technological Advancements - Engine technology is evolving towards full-flow staged combustion and large thrust capabilities, which are essential for increasing rocket performance limits. Currently, most Chinese commercial rocket engines utilize gas generator cycles, but the industry is shifting towards more efficient full-flow staged combustion designs [3][4]. - 3D printing has become a core production capability in the aerospace sector, significantly reducing production cycles and weight. For instance, production times have decreased from 50 hours to 10 hours, with weight reductions exceeding 50% for certain components [10][11]. Market Dynamics - The transition from small solid rockets to medium and large liquid reusable rockets is reshaping the supply chain, with a focus on core components like 3D printing, large storage tanks, and servo systems, which are gaining increased market attention [2][3]. - The Chinese 3D printing market is projected to reach approximately 41.5 billion yuan in 2024, with the aerospace sector accounting for about 16.7% of this market, highlighting the growing importance of this technology in commercial rocket manufacturing [10][11]. Structural and Material Innovations - As payload capacities increase, rocket structures are evolving towards larger dimensions, with tank costs comprising over 60% of the overall structure costs. New materials, such as stainless steel, are being adopted for storage tanks due to their strength and cost-effectiveness [13]. - The control systems in rockets are also being upgraded to meet the demands of high-frequency launches, transitioning from traditional electric servos to electromechanical hydraulic servos, creating new market opportunities for related supply chain companies [13].

Investment Rating - The report suggests a positive investment outlook for the commercial rocket industry, particularly focusing on the upcoming key validation window in 2026-2027 for Chinese commercial rocket companies [1][12]. Core Insights - The commercial aerospace industry is experiencing a global resonance, with multiple medium and large rocket launches expected in China by 2026, leading to a dense launch schedule and large-scale satellite networking by 2027 [1][11]. - The success rate of rocket launches and corresponding payload capacity are critical indicators of a company's competitive edge in future commercial operations [1][12]. - The report emphasizes the importance of engine design capabilities, thrust, and parallel capabilities as core focus areas for rocket engines, with a shift towards full-flow staged combustion liquid oxygen-methane engines anticipated [2][17]. Summary by Sections 1. Commercial Rocket Launch Status and Outlook - 2026-2027 is identified as a critical validation window for Chinese commercial rocket companies, with many planning to launch liquid rockets and conduct recovery tests [12][13]. - Successful completion of high payload or reusable flights will provide companies with reliability and cost advantages, potentially securing contracts with leading satellite companies [12][13]. 2. Engine Development - The majority of Chinese commercial rocket companies utilize gas generator cycle engines, with future developments expected to focus on full-flow staged combustion engines and nuclear-powered engines [2][17]. - The report highlights that successful launches of liquid rocket engines have primarily been sourced from state-owned enterprises, with only a few private companies achieving launch success [2][28]. 3. 3D Printing Technology - 3D printing is recognized as a key technology for reducing costs and shortening production times in commercial aerospace, with significant applications in manufacturing lightweight and complex components [3][30]. - The Chinese 3D printing market is projected to reach approximately 41.5 billion yuan in 2024, with the aerospace sector accounting for about 16.7% of this market [31][34]. 4. Structural Components - Structural components account for approximately 25%-30% of commercial rocket costs, with tank costs exceeding 60% of this value [36][37]. - The report anticipates a trend towards larger structural components as engine thrust increases, with a shift from aluminum alloys to higher strength, lower cost stainless steel materials [36][37]. 5. Control Systems - The flight control software is described as the "brain" of the rocket, primarily developed in-house by rocket companies, with servo systems representing 6%-10% of the rocket's value [4][39]. - The report notes a transition from electric servos to electromechanical hydraulic servos in commercial aerospace [4]. 6. Investment Recommendations - The report recommends focusing on listed companies within the system and those closely collaborating with leading private rocket companies, particularly in high-value segments such as 3D printing, tanks, servos, and materials [5].

Core Viewpoint - The commercial aerospace sector is experiencing a capital frenzy, with the Wind Commercial Aerospace Theme Index rising nearly 60% in two months, but underlying challenges and risks are becoming apparent in the industry [1][2][3]. Group 1: Market Dynamics - The commercial aerospace concept stocks are witnessing a surge, with the Wind Commercial Aerospace Theme Index increasing nearly 60% from November 21, 2025, to January 20, 2026, and several stocks reaching historical highs [2]. - In the primary market, companies are aggressively pursuing financing, with Micro Nano Star completing 1.56 billion yuan in equity financing in 2025, aimed at enhancing R&D and production capacity [2]. - The IPO process for commercial aerospace companies is accelerating, with Blue Arrow Aerospace's application to raise 7.5 billion yuan accepted by the Shanghai Stock Exchange, and other companies like Zhongke Aerospace and Star River Power also moving forward with their IPOs [2]. Group 2: Financial Performance - Blue Arrow Aerospace reported revenues of 780,000 yuan, 3.95 million yuan, and 4.28 million yuan for 2022, 2023, and 2024 respectively, with net losses of 800 million yuan, 1.188 billion yuan, and 876 million yuan; in the first half of 2025, revenue increased to 36.43 million yuan but still recorded a net loss of 597 million yuan, totaling over 2.8 billion yuan in net losses over three and a half years [3]. Group 3: Industry Challenges - The commercial aerospace industry is still in its early stages, with significant challenges in validating low-cost, reusable heavy-lift rocket technology and improving the mass production capabilities of commercial satellites [4]. - Recent failures in two rocket launches on January 17, 2026, highlight the high-risk nature of aerospace launches and the difficulties in transitioning from single technical breakthroughs to stable mass production [4]. - The submission of over 200,000 satellite orbit frequency applications to the International Telecommunication Union (ITU) has been clarified as a routine operation, emphasizing the need for rational market expectations regarding satellite deployment [5]. Group 4: Future Outlook - Despite current challenges, the long-term development direction of the commercial aerospace industry is becoming clearer, with 2026 expected to be a pivotal year for technological breakthroughs, particularly in reusable heavy-lift rockets [5][6]. - The successful completion of the first launch mission at the Hainan commercial aerospace launch site in January 2026 indicates progress in enhancing launch efficiency [5]. - Industry experts predict that 2026 will witness a transition from quantitative to qualitative changes in the commercial rocket sector, marking China's entry into the era of reusable rockets [5][6].