1.【星河动力总工李君：液体回收火箭智神星二号预计今年首飞】1月25日消息，在2026北京国际商 业航天论坛上，星河动力总工程师李君透露，星河动力液体回收火箭智神星二号预计在2026年首 飞，智神星二号运载火箭为直径4.5m的大型模块化可重复使用液体运载火箭，包括基本型和CBC两 种构型：基本型起飞质量约757t，起飞推力约910t，LEO运载能力20t；CBC构型起飞质量约 1950t，起飞推力约2730t，LEO运载能力58t。（ 科创板日报） 2.【三星电子将于2月向英伟达供应HBM4芯片】1月26日消息，据报道，三星电子近期通过最终质量 测试后，将于2月正式向英伟达、AMD供应HBM4芯片。三星已开始为2月出货做准备。（界面新 闻） 3.【全球首条机器人关节自动化产线启动，浦东按下人形机器人量产"加速键"】1月25日消息，据浦 东发布消息，近日，意优科技"全球首条机器人关节自动化产线"在浦东投产。这是具身智能产业从技 术研发迈向规模化制造的关键跨越，标志着人形机器人核心部件量产瓶颈的突破，为人形机器人的大 规模推广应用按下"加速键"。这条全球首创的自动化产线，围绕关节模组全制造流程进行系统化设 计，深 ...

格隆汇1月25日｜在2026北京国际商业航天论坛上，星河动力总工程师李君透露，星河动力液体回收火 箭智神星二号预计在2026年首飞，智神星二号运载火箭为直径4.5m的大型模块化可重复使用液体运载 火箭，包括基本型和CBC两种构型：基本型起飞质量约757t，起飞推力约910t，LEO运载能力20t；CBC 构型起飞质量约1950t，起飞推力约2730t，LEO运载能力58t。 ...

观点网讯：1月25日 ，星河动力总工程师李君透露，星河动力液体回收火箭智神星二号预计在2026年首 飞。 据悉，智神星二号运载火箭为直径4.5m的大型模块化可重复使用液体运载火箭，包括基本型和CBC两 种构型：基本型起飞质量约757t，起飞推力约910t，LEO运载能力20t；CBC构型起飞质量约1950t，起 飞推力约2730t，LEO运载能力58t。 免责声明：本文内容与数据由观点根据公开信息整理，不构成投资建议，使用前请核实。 ...

Core Viewpoint - China's aerospace industry is experiencing significant advancements driven by independent innovation, with a focus on becoming a "strong aerospace nation" by 2025, integrating national strategy with market vitality [1] Group 1: Rocket Development and Launches - The Long March 8A rocket, which is set to make its maiden flight in 2025, is designed to meet the demands of large low-orbit internet satellite constellations, aiming for reliable and high-density launches [3] - On January 13, 2025, the Long March 8A successfully launched 18 low-orbit satellite internet units into their designated orbits, marking a successful mission with applause following the satellite separation [4] - After its first flight in February 2025, the Long March 8A completed six launches within the same year, a remarkable achievement for rockets of its type, with the latest launch occurring just 18 days after the previous one, setting a new record for the shortest interval [5] Group 2: Supply Chain and Production Innovations - The energy supply system for the Long March 8A's launch has been transformed, with a private enterprise entering the aerospace supply chain for the first time, providing liquid hydrogen, liquid oxygen, liquid nitrogen, and helium [7] - The rocket is currently produced in Tianjin and transported to Hainan, with plans to establish a final assembly plant in Hainan as launch frequency increases. The rocket fuel has shifted from petroleum-based kerosene to coal-based kerosene, offering cost advantages [8] Group 3: Private Sector Involvement and Technological Advancements - The aerospace industry in China has opened multiple sectors to private enterprises, allowing various market participants to engage in major national projects and share state facilities, fostering the development of new technologies and products [10] - A private company in Jiangsu is producing rocket engine nozzles and other components using 3D printing, significantly reducing production time by 70% compared to traditional machining and welding methods, while improving product consistency and stability [12] - Domestic 3D printing equipment is evolving to meet the manufacturing needs of larger rocket components, supporting various materials such as stainless steel, high-temperature alloys, titanium alloys, aluminum alloys, and copper alloys, thus creating a new emerging industry chain [14] Group 4: Industry Evolution and Future Prospects - As the frequency of rocket launches approaches nearly 100 per year, the competition in the aerospace sector is shifting from individual technologies to the overall operational capacity of the entire industry system, with a focus on manufacturing, energy, launch, and recovery [16] - The goal is to gradually reduce the unit cost of medium to large orbital launches to align with international mainstream levels, facilitating the development of low-orbit broadband communication, remote sensing constellations, in-orbit service platforms, and cargo spacecraft [18] - China's aerospace sector has become more accessible and relatable, with open launch sites allowing public participation in witnessing launches, and various satellite applications enhancing everyday life [20] - China is recognized as having the most complete industrial categories and supply chains in the world, which provides strong support for aerospace technology and positively impacts other industrial sectors and the national economy [22]

Group 1 - The Zhejiang Anji Power Plant has officially commenced full-capacity operation, being the largest and most efficient gas power plant in China, with a total installed capacity of 1686 MW and a design efficiency of 64.15%, providing stable support for winter electricity peaks in East China [2] - The Zhishen Star II large reusable launch vehicle has successfully completed a full system hot test of its main engine (CQ-90), with a basic model takeoff mass of approximately 757 tons and a LEO payload capacity of 20 tons, while the CBC configuration has a takeoff mass of about 1950 tons and a LEO payload capacity of 58 tons [2] - TSMC is increasing its investment in advanced packaging technology as Apple plans to transition its A20 series chips for the iPhone 18 to a 2nm process and upgrade packaging technology from InFO to WMCM, with a new WMCM production line being established at TSMC's Chiayi AP7 factory [2] - The first serial high-energy hydrogen ion implanter (POWER-750H) developed by China National Nuclear Corporation has successfully emitted a beam, achieving core indicators at an internationally advanced level [2]

试车成功标志着星河动力航天在大推力、高性能、泵后摆液体火箭发动机的自主研制道路上，攻克了又 一项核心关键技术堡垒，为该公司智神星二号大型可重复使用运载火箭的首飞奠定了坚实的动力基石。 CQ-90液氧/煤油发动机由星河动力航天在CQ-50发动机基础上升级研制，采用泵后摆总体布局，具备6 度双向摇摆能力。发动机采用新型高性能可调针栓喷注器、同轴分体式双级高速涡轮泵、高性能喷注燃 气发生器等多项新技术，具备多次起动、深度变推、可重复使用能力。 （文章来源：科技日报） 记者20日从星河动力航天公司获悉，该公司近日在牛头山发动机试车台，开展了智神星二号大型可重复 使用运载火箭主发动机（CQ-90）全系统热试车，试验取得圆满成功。 智神星二号运载火箭直径4.5米，包括两种构型：基本型起飞质量约757吨，起飞推力约910吨，低地球 轨道（LEO）运载能力20吨；捆绑构型起飞质量约1950吨，起飞推力约2730吨，LEO运载能力58吨。 此次全系统热试车，是对CQ-90发动机在设计、制造和系统集成方面的一次全方位"大考"。试车过程 中，发动机启动平稳，主级工作燃烧稳定，火焰明亮，关机正常。涡轮泵、燃气发生器、阀门及总装管 路 ...

Core Viewpoint - The Japan Aerospace Exploration Agency (JAXA) has released preliminary investigation results regarding the failure of the H3 rocket launch in December 2025, indicating that damage at the satellite and rocket connection point may have caused the failure [1] Group 1: Launch Details - On December 22, 2025, JAXA attempted to launch the "Guide 5" navigation satellite using the H3 rocket, but the mission failed when the second-stage engine stopped burning prematurely about 20 minutes after liftoff [1] - The failure resulted in the satellite not reaching its intended orbit [1] Group 2: Investigation Findings - Initial findings suggest that the satellite fairing separation may have caused damage to the rocket's satellite mounting mechanism, which affected the liquid hydrogen fuel tank's pressure, leading to the premature shutdown of the second-stage engine [1] - Images captured by onboard cameras indicate that the satellite may have detached from the rocket during the separation of the first and second stages, potentially falling into the designated ocean area for the first stage's descent [1] Group 3: Future Actions - JAXA plans to conduct further investigations to determine the specific reasons behind the damage at the satellite and rocket connection point during the fairing separation [1]

格隆汇1月20日｜近日，星河动力航天在牛头山发动机试车台，开展了智神星二号大型可重复使用运载 火箭主发动机（CQ-90）全系统热试车，试验取得圆满成功。智神星二号运载火箭为直径4.5m的大型模 块化可重复使用液体运载火箭，包括基本型和CBC两种构型：基本型起飞质量约757t，起飞推力约 910t，LEO运载能力20t；CBC构型起飞重量约1950t，起飞推力约2730t，LEO运载能力58t。 ...

Group 1 - The Long March 12 rocket successfully launched 19 low-orbit satellite internet satellites into their designated orbits on January 19, marking a successful mission [1] - The Long March 12 rocket, developed by China Aerospace Science and Technology Corporation's Eighth Academy, supports both single and multiple satellite launches, with a near-Earth orbit carrying capacity of no less than 12 tons and a 700 km synchronous orbit capacity of no less than 6 tons [2] - The launch team has optimized technical areas and testing projects at the launch site to improve efficiency, reducing the launch cycle by 4 days, demonstrating high efficiency in testing and launching [4] Group 2 - The Long March 12 rocket has undergone structural optimizations to enhance its carrying capacity, including improvements to the transition section, fuel gas pipelines, and cable lengths, resulting in reduced weight and simplified assembly operations [4] - This launch marks the 628th mission of the Long March series of launch vehicles [7]

Group 1 - Elon Musk demands compensation from OpenAI and Microsoft ranging from $79 billion to $134 billion, claiming OpenAI has deviated from its non-profit mission and engaged in fraudulent activities [1] - OpenAI plans to test targeted advertising within the ChatGPT application to diversify revenue streams ahead of a potential IPO, targeting free and low-cost subscription users while excluding premium users from ads [12] - Nvidia's H200 chip suppliers have halted production of critical components to avoid inventory write-downs, impacting the supply chain for this specific chip [7] Group 2 - Xingyuan Automotive announces a five-year investment of approximately $15 billion to develop 17 new models focused on smart new energy multifunctional vehicles [8][9] - Maruti Suzuki plans to invest $3.9 billion in a new factory in Gujarat, India, which will increase its annual production capacity by up to 1 million vehicles by the fiscal year 2029 [12] - The Ministry of Industry and Information Technology of China has introduced a management method to include technology-based SMEs in its cultivation program, aiming to enhance the quality of small and medium enterprises [16] Group 3 - SpaceX successfully launched the NROL-105 satellite into orbit using the Falcon 9 rocket, marking the 600th mission of the Falcon series [12] - The commercial space launch company Starship Dynamics reported a failure during the first flight test of its Ceres II rocket, with ongoing investigations to determine the cause [6] - The market for recycling used power batteries in China is projected to exceed 100 billion yuan by 2030, driven by the increasing volume of retired batteries from electric vehicles [17]