Core Viewpoint - Fulin Precision Engineering plans to issue shares to CATL, raising approximately 3.175 billion yuan for various projects, including lithium iron phosphate production and electric drive systems, while establishing a strategic partnership with CATL [3][5][10]. Trading Information Summary - On January 13, 2026, Fulin Precision Engineering's stock closed at 18.69 yuan, down 3.16%, with a turnover rate of 5.05%, trading volume of 854,600 shares, and a transaction value of 1.61 billion yuan [1]. Company Announcement Summary - Fulin Precision Engineering will hold its second extraordinary general meeting on January 29, 2026, to discuss 12 proposals, including issuing shares to specific investors and introducing strategic partners [3]. - The company intends to issue 233,149,124 shares at a price of 13.62 yuan per share, raising a total of 3.175 billion yuan for projects such as a 500,000-ton lithium iron phosphate production facility [5][8]. - CATL is committed to purchasing no less than 3 million tons of lithium iron phosphate products over the next three years and ensuring the supply of lithium salts to Fulin Precision Engineering [3][5]. - The issuance requires approval from the shareholders' meeting and regulatory authorities, with CATL expected to hold over 5% of Fulin Precision Engineering's shares post-issuance [5][9]. - The company has a three-year shareholder return plan, prioritizing cash dividends, with a minimum annual cash distribution of 10% of distributable profits [6][10].

Investment Rating - The report maintains a "Positive" investment rating for the industry [6] Core Insights - The EMB (Electro-Mechanical Brake) system is identified as a key foundation for developing intelligent chassis and achieving active safety in vehicles, with mass production expected to begin in 2026 [1][3] - The EMB system features a decoupled hardware and software architecture, eliminating components like the iBooster and hydraulic lines, allowing for direct control of braking force at the wheel hub, which meets the rapid and precise braking demands of Advanced Driver Assistance Systems (ADAS) [3][4] - The domestic EMB market is projected to grow at a CAGR of over 70% from 2026 to 2030, with an expected market size exceeding 11.5 billion yuan by 2030 [4][48] Summary by Sections 1. Overview of Brake Technology Development - Traditional fuel vehicles used vacuum boosters for braking, which are expected to be phased out due to their complexity and slow response times [10] - The transition to electric vehicles has led to the adoption of electric vacuum pumps, but they have not been widely accepted due to issues like noise and short lifespan [11] - In the era of intelligent and connected vehicles, both EHB (Electro-Hydraulic Brake) and EMB systems are expected to develop concurrently, with EMB being more suitable for future intelligent chassis technology [13][14] 2. Introduction to EMB Line Control Braking - EMB achieves soft and hard decoupling by directly controlling the braking force at each wheel through electrical signals, enhancing response time and efficiency [27] - The EMB system includes electronic brake calipers, controllers, and various sensors, making it the control center for multiple safety algorithms [27] - The commercial application of EMB in commercial vehicles is anticipated to be faster than in passenger vehicles due to higher demands for braking performance and safety [37] 3. Market Size and Growth Potential - The EMB market is expected to see significant growth, with projections indicating a market size of over 11.5 billion yuan by 2030, driven by the rapid development of intelligent connected vehicles [48][51] - The report outlines a detailed forecast for EMB penetration rates, estimating a market size of approximately 1.42 billion yuan in 2026, with a projected CAGR of over 70% from 2026 to 2030 [51][52] 4. Participating Companies - Several domestic companies are accelerating their layout in the EMB market, with mass production timelines generally targeting 2025-2026 [52] - Key players include traditional brake system manufacturers like Bosch and Continental, as well as domestic firms such as Berteli and Asia-Pacific Co., which are preparing for mass production [52][54] - Startups like Coordinate Systems and Huasheng Ruili are also making strides, with some already achieving prototype development and testing [53][54]

Core Insights - The China Automotive Engineering Research Institute (China Automotive Research) recently held a conference in Chongqing to release the "2025 Intelligent Chassis Pioneer Plan" testing research results, including the "2025 Intelligent Chassis Testing Research Report" and eight group standards for intelligent chassis testing [1] - The intelligent chassis report presents performance metrics of various vehicle models in scenarios such as emergency obstacle avoidance and slippery road conditions, marking a shift from conceptual understanding to data-driven, performance-comparable evaluations [1] - The release of the eight group standards, developed in collaboration with multiple organizations, addresses dynamic response, safety redundancy, and comfort experience, providing a scientific and standardized reference for key scenario testing of intelligent chassis [1] Industry Standards and Future Planning - The 2026 Testing Technology Planning emphasizes the continuous optimization of the testing framework based on existing systems, closely tracking technological trends and expanding the depth of testing in extreme scenarios and complex conditions [2] - The planning aims to drive the synchronous iteration of testing standards and technological research and development through more forward-looking, detailed, and future-oriented evaluation dimensions [2]

Core Viewpoint - The rapid development and commercialization of L3-level autonomous driving technology have attracted institutional investment towards related concept stocks, particularly Zhejiang Shibao, which has experienced a strong market performance with "5 limit-up in 8 days" [1]. Group 1: Company Performance - Zhejiang Shibao's stock price has shown a significant increase, with four consecutive limit-up days starting from December 16, reaching a closing price of 21.22 yuan per share by December 25 [2]. - In the 2024 annual report, Zhejiang Shibao reported a revenue of 2.693 billion yuan, representing a year-on-year growth of 48.04%, and a net profit attributable to shareholders of 149 million yuan, up 93.15% year-on-year [2]. - The revenue from steering systems and components accounted for 94.18% of the total revenue in 2024, indicating a strong focus on this segment [2]. Group 2: Industry Context - The automotive steering system industry has a relatively high entry barrier, requiring manufacturers to pass multiple standards and trials before becoming qualified suppliers for automakers [2]. - Zhejiang Shibao maintains close relationships with major automakers, with its top five customers, including Chery, Geely, NIO, and Li Auto, contributing a total sales amount of 1.778 billion yuan, which accounts for 66.01% of total sales [2]. - The company is actively advancing its development of steer-by-wire technology, with plans to achieve mass production conditions by the second half of 2026, aligning with the push for higher-level autonomous driving [1]. Group 3: Financial Challenges - Despite its strong performance, Zhejiang Shibao faces challenges such as high accounts receivable, which amounted to 1.181 billion yuan as of September 30 [3].

Core Viewpoint - The China Automotive Engineering Research Institute (CAERI) successfully held the "2025 Intelligent Chassis Pioneer Plan" testing research results release conference, showcasing benchmark models that excelled in various critical tests [1] Group 1: Testing and Evaluation - The selected benchmark models include the Yangwang U7, NIO ES8, and Zhijie R7, which demonstrated strong technical integration and adaptability in key tests such as slippery handling, emergency stability, and complex road conditions [1] - CAERI conducted real vehicle tests based on eight group standards for intelligent chassis testing, establishing a multi-scenario and multi-dimensional testing system [1] Group 2: Focus on Real-World Application - The testing focused on real-world consumer pain points, including slippery moose tests, simulated tire blowouts, slopes, and continuous curves, assessing the chassis performance in emergency avoidance, response, and overall coordination [1] - The emphasis of the tests was not on extreme data accumulation but on whether the intelligent chassis system can genuinely enhance safety, smoothness, and driver confidence in real scenarios, providing consumers with a reference based on scenario verification [1]

Core Insights - The "2025 Intelligent Chassis Pioneer Plan" results were released by the China Automotive Engineering Research Institute, focusing on the construction of systems and ecological leadership [1] - The report addresses key industry questions regarding the planning of the industry, technology project initiation, and consumer perception of intelligent chassis performance [1] - The report presents performance metrics of various vehicle models in scenarios such as emergency obstacle avoidance and slippery road conditions, analyzing the current capabilities and challenges of intelligent chassis technology [1] Industry Developments - The release of the "2025 Intelligent Chassis Testing Research Results Report" serves as a benchmark for the technical characteristics and performance standards that excellent intelligent chassis should possess, guiding industry resources towards high-quality technology [1] - The Director of the Chassis Research Center at China Automotive Engineering Research Institute announced the "2026 Pioneer Plan Testing Technology Innovation and Planning," emphasizing the evolution of testing frameworks and the need to track technological trends closely [2] - The new plan aims to expand testing depth in extreme scenarios and complex conditions, driving the synchronous iteration of testing standards and technological research with a forward-looking and detailed evaluation approach [2]

Core Viewpoint - The recent approval of L3-level conditional autonomous driving vehicles by the Ministry of Industry and Information Technology (MIIT) marks a significant step towards the commercialization of advanced autonomous driving technology in China [2][5]. Group 1: L3 Autonomous Driving Approval - Changan Automobile and BAIC BluePark Magna Automotive have submitted applications for L3-level conditional autonomous driving vehicles, which have been approved by MIIT in the 401st batch of announcements [2][3]. - L3 autonomous driving allows for conditional self-driving within a limited operational range, differing fundamentally from L2 assistance systems [2][3]. Group 2: Impact on Intelligent Chassis - The approved vehicles include Changan's Deep Blue product and BAIC's Arcfox Alpha S (L3 version), which features a high-performance redundant sensor system with 34 sensors, including three LiDARs [3][4]. - The commercialization of L3 is expected to accelerate the application of intelligent chassis technologies, such as active suspension, electronic brake-by-wire (EMB), and steer-by-wire (SBW) systems [3][4]. Group 3: Investment Strategy - The approval of L3 vehicles provides policy support for the popularization of high-level autonomous driving, benefiting companies actively engaged in this sector [5]. - Key investment areas include vehicle application, where leading companies are establishing advantages in training data and smart driving ecosystems, and the intelligent chassis sector, which is expected to see rapid mass application by 2026 [5].

Core Viewpoint - The approval of L3-level autonomous driving vehicles by the Ministry of Industry and Information Technology (MIIT) marks a significant step towards the commercialization of L3 autonomous driving in China, which is expected to accelerate the adoption of smart chassis technologies [1][2][3]. Group 1: Event Summary - The MIIT has granted conditional approval for Changan Automobile and BAIC BluePark Magna Automotive to produce L3-level autonomous vehicles, following the submission of their applications [2]. - The approval is part of the 401st batch of announcements by the MIIT, indicating a regulatory framework supporting the introduction of L3 autonomous driving products in the market [2][3]. Group 2: L3 Commercialization Impact - L3 autonomous driving allows for conditional self-driving capabilities, where the system controls vehicle movement and responds to environmental stimuli within a limited operational range, requiring driver intervention outside this range [3]. - The vehicles approved include Changan's Deep Blue model and BAIC's Arcfox Alpha S (L3 version), which features a high-performance sensor system with 34 sensors, including three LiDARs, ensuring comprehensive safety and redundancy [4]. Group 3: Smart Chassis Development - The commercialization of L3 driving is expected to drive the mass application of smart chassis technologies, including active suspension, electronic brake-by-wire (EMB), and steer-by-wire (SBW) systems [4][5]. - Active suspension systems will integrate air springs and variable damping to enhance vehicle handling and comfort, while EMB represents the future direction of braking systems, supported by mandatory national standards set to take effect in 2026 [4][5]. Group 4: Investment Strategy - The approval of L3 vehicles provides policy support for the widespread adoption of advanced autonomous driving technologies, benefiting companies that are actively investing in this sector [6]. - Key investment opportunities include automakers collaborating with Huawei, such as Seres, JAC Motors, BAIC BluePark, SAIC Group, and Changan, as well as companies in the smart chassis supply chain like Baolong Technology and Top Group [6].

Investment Rating - The report maintains a "Positive" investment rating for the automotive industry, indicating an expectation of performance that exceeds the market benchmark by more than 5% [3][19]. Core Insights - The commercial application of L3 level conditional autonomous driving is expected to accelerate, with more vehicles equipped with L3 features likely to receive regulatory approval in the future [1][2]. - The introduction of L3 systems is anticipated to drive the mass application of intelligent chassis technologies, including active suspension, electronic brake-by-wire (EMB), and steer-by-wire (SBW) systems, which are crucial for higher levels of autonomous driving [2][9]. - The report highlights the significant advancements in hardware and software for automotive intelligence, suggesting a robust growth trajectory for companies involved in these technologies [2][9]. Summary by Sections Industry Overview - The automotive industry consists of 232 listed companies, with a total market capitalization of approximately 46,540.79 billion and a circulating market value of about 36,782.9 billion [4]. - The average price-to-earnings ratio for the industry stands at 31.78 [4]. Key Developments - The report notes that the recent approval of L3 autonomous vehicles by the Ministry of Industry and Information Technology marks a significant step towards the commercialization of advanced driving technologies in China [1][2]. - The intelligent chassis is seen as the final piece in the puzzle for L3 and higher-level autonomous driving, with a focus on the upcoming mass production of active suspension, EMB, and SBW systems [2][9]. Investment Strategy - The report suggests focusing on two main areas for investment: the complete vehicle application sector, where leading companies are establishing advantages in training data and ecosystems, and the intelligent chassis sector, which is poised for rapid growth due to regulatory support and technological advancements [2][9].

Core Insights - The report from Kaiyuan Securities indicates that the braking system can be divided into control, power supply, transmission, and braking devices, with the upgrade process based on the electronicization of structural components [1][3] - The market for braking systems in China is expected to reach a scale of 50 billion by 2030, with the electronic mechanical brake (EMB) market projected at 16.4 billion [3] - The domestic production rhythm of local manufacturers is expected to be close to that of international giants like Bosch, allowing for competitive positioning [3] Summary by Category Braking Systems - The braking system is categorized into control, power supply, transmission, and braking devices, with the electronicization process being crucial for upgrades [1][3] - EMB is expected to benefit from regulatory relaxations starting in 2025, allowing for domestic mass production and potential overseas expansion [3] - The anticipated mass release of EMB-equipped vehicles is expected by the end of this year or early next year [3] Market Size and Dynamics - The domestic braking market is projected to reach 50 billion by 2030, with the EMB segment alone expected to be 16.4 billion [3] - Considering overseas markets and Robotaxi, the overall market size is likely to expand further [3] - The domestic market for line control chassis is expected to exceed 100 billion by 2030, with significant opportunities for local suppliers [1] Line Control Steering - Line control steering is crucial for enhancing driving experience and ensuring safety in advanced driving scenarios [2] - The SBW (Steer-by-Wire) system is seen as essential for L4/L5 autonomous driving, with potential benefits in cabin space and maneuverability [4] - The market for steering systems is expected to reach 50 billion by 2030, with SBW projected at 21.5 billion [4] Future Trends - The next generation of intelligent chassis is expected to break traditional system boundaries, integrating braking, driving, and steering through "corner modules" [6] - This integration aims to address issues such as control lag and pitch effects seen in early smart vehicles [6] Investment Opportunities - Companies with comprehensive platform capabilities in chassis systems and upstream motor/lead screw technologies are recommended for investment, including companies like Nissin Brake (01316), Zhejiang Shibao (01057), and others [7]