Group 1: Research Basic Information - The research object is Chaojie Co., Ltd., belonging to the automotive parts industry, and the reception time was February 10, 2026. The listed company's reception staff included Wang Shengyong, the chairman of its subsidiary Chengdu Xinyue, and Li Hongtao, the company's board secretary and financial controller [16] Group 2: Detailed Research Institutions - The research institutions include Huashang Fund, Rongtong Fund, CITIC Construction Investment Fund, Guojin Fund, Huatai-PineBridge, Guohai Securities, and Shanghai Yuyi. Their types are fund management companies, securities companies, and asset management companies respectively, and the relevant personnel are Xu Qiaowei, Tang Hao, Qian Bowen, Yuan Zhengming, Tian Li, Bai Lang, and Li Yilin [17] Group 3: Main Content Company's Commercial Space Business Introduction - The company's commercial space business is mainly in the manufacturing of commercial rocket structural components, including large rocket body sections (shell sections) and fairings [22] Value of Structural Components in a Commercial Rocket - In the cost of a mainstream commercial rocket in the market, the proportion of structural components is over 25% [22] Main Materials of Rocket Structural Components - The main materials are aluminum alloy and stainless steel [22] Industry and Competitor Analysis of Rocket Structural Component Manufacturing - The rocket structural component manufacturing industry is in a state of relatively tight supply, and the market is expected to remain in short supply. The number of domestic suppliers with large-scale delivery capabilities is limited, mainly concentrated in regions such as Beijing-Tianjin-Hebei, Chengdu-Chongqing, and Shandong. The company has achieved stable and small-batch product delivery to private rocket companies in the past year and has two prominent advantages: talent and resource advantages [22][23] Use of 3D Printing Technology - The company's current rocket structural components are large or super-large thin-walled structural parts, which cannot be manufactured on a large scale and economically by 3D printing due to the limitations of current metal 3D printing equipment and post-processing technology. The company will continue to track the development of advanced manufacturing technologies [23] Growth Drivers of Commercial Space Business - The company will optimize the customer structure, expand production capacity, and expand product categories [23] Entry Barriers in the Commercial Space Rocket Structural Component Manufacturing Field - There are significant entry barriers in this field, including high technical barriers, prominent talent barriers, and capital and resource barriers [24]

Group 1: Business Overview - The company specializes in the manufacturing of structural components for commercial rockets, including major sections like the fuselage and fairings [2] - Structural components account for over 25% of the cost of a commercial rocket [2] Group 2: Market Dynamics - The rocket structural component manufacturing sector is currently experiencing supply constraints, which is a bottleneck for rapid industry growth [3] - The market is expected to maintain a supply-demand imbalance as the commercial space sector accelerates [3] Group 3: Competitive Landscape - There are limited suppliers capable of large-scale delivery of structural components, primarily located in regions such as Beijing-Tianjin-Hebei, Chengdu-Chongqing, and Shandong [3] - The industry has high technical barriers, with core teams often composed of professionals with "national team" backgrounds [3][4] Group 4: Company Advantages - The company has achieved stable, small-batch deliveries to private rocket companies, accumulating valuable R&D and manufacturing experience [3] - Key advantages include a specialized team with extensive experience in commercial aerospace and financial resources for equipment purchases and production line construction [3] Group 5: Technological Considerations - Current rocket structural components are large or super-large thin-walled structures, which cannot be economically manufactured at scale using 3D printing due to size and processing limitations [3] - The company is monitoring advancements in manufacturing technologies, including 3D printing, to assess their potential impact on product structure and manufacturing systems [3] Group 6: Future Growth Directions - Future growth will focus on optimizing customer structure, expanding production capacity, and diversifying product offerings beyond existing structural components [3]

Core Viewpoint - The company is making significant progress in its commercial aerospace business, with a strong order backlog and production capabilities for rocket components [1] Group 1: Business Progress - The company has successfully produced and delivered rocket body structural components, including shell segments and fairings, in accordance with orders [1] - There is a sufficient order volume to support ongoing production activities [1] Group 2: Production Capacity - The company has completed the construction of its riveting production line in the first half of 2024 [1] - Current production capacity supports an annual output of 10 rockets, with the ability to flexibly expand based on order demand, requiring approximately 4 months for construction [1]