转自：车评社 前言：对于汽车而言，不以安全为前提的"网红设计"，就是耍流氓。 继隐藏式门把手被新规戴上"紧箍咒"后，汽车圈的"网红设计"再迎重拳。日前，工信部公布强制性国家 标准GB 11557-202X《防止汽车转向机构对驾驶员伤害的规定》报批稿，明确 2027年1月1日起正式施 行。这份直接删除半幅方向盘所有技术内容的文件，并非简单的"禁令"，而是以"无标可依"的方式，宣 告了这一设计在民用市场的终结。中国汽车安全监管，正从被动补漏进入主动立规的新高度。 有趣的是，就在半幅方向盘被"判死刑"的同时，特斯拉无方向盘的Cybercab已量产下线，试图直接跨 越"人类驾驶"的边界。这种看似矛盾的行业图景，实则勾勒出智能驾驶的两条清晰路径：一条是车企急 于求成的"捷径"，用异形设计制造噱头；另一条是真正的技术攻坚，以高阶自动驾驶重构出行方式。但 无方向盘的未来，在中国市场仍面临重重壁垒。 目前我国法规仍要求自动驾驶车辆配备人类操控接口，即便工信部已为线控转向扫清障碍，也始终坚 持"安全第一、循序渐进"的原则。特斯拉在北美尚需依赖监管豁免才能上路，在路况更复杂的中国，短 期内更难突破法规与安全的双重防线。 此次新规 ...

Group 1 - The core viewpoint of the article emphasizes the importance of safety in automotive design, particularly in light of the new mandatory national standard for car door handles, which aims to address safety concerns associated with hidden and electronic door handles [3][4][5] - The new standard, GB 48001—2026, will be implemented in 2027 and focuses on ensuring that car door handles have mechanical release configurations to prevent passengers from being trapped in emergencies [3][4] - The rise of hidden door handles is linked to aesthetic and aerodynamic benefits, but they pose significant risks during accidents or power failures, highlighting the need for a balance between design and safety [3][4] Group 2 - The article discusses the broader issue of "gimmicky" designs in the automotive industry, such as touchscreen controls, which can distract drivers and increase accident risks [4][5] - Research indicates that operating touchscreen systems can divert a driver's attention from the road for 5-40 seconds, significantly raising the likelihood of accidents [4] - The updated vehicle safety rating system by Euro NCAP aims to encourage manufacturers to retain physical controls for essential functions, reflecting a shift back to prioritizing safety over flashy designs [4][5]

Core Viewpoint - The article emphasizes the importance of safety, economic rationality, and user habits in automotive innovation, highlighting a shift from follower innovation to leading innovation in the Chinese automotive industry [1]. Group 1: Safety Considerations - The adoption of new technologies or devices must prioritize safety [2]. - Four specific technologies are highlighted for their safety implications: - The unconventional steering wheel shape may pose safety risks if not designed properly [3]. - The single-pedal mode in electric vehicles could lead to driver errors, necessitating design adjustments to maintain braking habits [4]. - Excessive reliance on touchscreens over physical buttons can complicate user interaction and should include redundancy in design [4]. - The government should rigorously assess the safety of new technologies during product approvals, similar to the FDA's approach in drug trials [10]. Group 2: Economic Rationality and Maintenance - The trend of producing longer and wider vehicles may not be economically rational, as it complicates driving and parking, especially outside of regions with suitable infrastructure [6]. - The push for excessively long driving ranges in electric vehicles may lead to unnecessary costs for consumers [6]. - Aesthetic features like continuous displays and tail lights may impose additional costs without significant functional benefits, suggesting manufacturers should offer choices based on consumer preferences [7]. - The installation of batteries in electric vehicles should consider maintenance and recycling, as current designs focus primarily on durability [8]. Group 3: User Habits and Continuity - Innovations related to vehicle operation must consider user habits and maintain continuity with traditional methods to avoid confusion [9]. - The requirement for hidden door handles to include mechanical opening mechanisms reflects the need to retain familiar operation methods [9]. - The transition to electronic keys and the removal of start-stop buttons may disrupt user habits, indicating a need for careful consideration of user experience [9]. Group 4: Recommendations for Stakeholders - Government agencies should prioritize safety in the evaluation of new automotive technologies and continue monitoring their application [10]. - Automotive manufacturers should not only promote new features but also emphasize economic viability, maintenance, reliability, and the continuity of driving habits in their marketing [10]. - The automotive industry in China is entering a new phase of innovation leadership, necessitating a balance between encouraging innovation and ensuring user safety and sustainable development [10].

Core Viewpoint - The automotive industry is experiencing a trend where new entrants focus on flashy designs and features to attract consumers, particularly the younger demographic, which may lead to a misalignment between innovation and safety [2][3] Group 1: Industry Trends - The rise of electric and intelligent vehicles has led to a surge in innovative designs, such as hidden door handles and large screens, which are perceived as futuristic and appealing [2] - By 2025, over 30% of new energy vehicles are expected to feature non-mechanical door handles, reflecting the industry's shift towards these trendy designs [2] Group 2: Safety Concerns - Recent serious traffic accidents have highlighted safety vulnerabilities in innovative designs, prompting regulatory scrutiny, such as the upcoming mandatory safety standards for door handles by the Ministry of Industry and Information Technology [3] - The new standards require that every car door must have a mechanical release handle to ensure safety in emergencies, indicating a tightening of regulations around design innovations [3] Group 3: Innovation Philosophy - The automotive industry must prioritize safety as a fundamental principle of innovation, ensuring that any new design undergoes rigorous testing and validation [4] - Companies are encouraged to focus on meaningful technological advancements that enhance user safety and experience, rather than pursuing superficial innovations that may compromise safety [4][5] Group 4: Future Directions - The industry should adopt a balanced approach to innovation, investing in core technologies that genuinely impact the future of mobility while avoiding gimmicky designs that lack substance [5] - A commitment to practical and reliable innovations will help the industry move towards a safer and more user-centric future, respecting the lives of all road users [5]

Core Insights - During the "14th Five-Year Plan" period, China's automotive industry has transitioned from "catching up" to "running alongside" in the fields of electrification and intelligent networking, achieving a leading position globally [3][4] - The "15th Five-Year Plan" period will focus on broader innovation areas, including process and materials, foundational and common technology research, intelligent chassis, and internet technology applications [3][5] Group 1: Achievements and Innovations - The automotive industry has made significant advancements in high-strength steel for car bodies, leading to steep declines in costs through self-manufacturing and mass production [4] - Intelligent factories have transitioned from demonstration to widespread adoption, positioning China to lead globally in both quantity and quality of manufacturing in five years [4] - The industry has built a strong foundation for high-quality development through its large market scale, complete industrial chain, cost and efficiency advantages, and concentrated efforts [4] Group 2: Future Innovation Directions - The "15th Five-Year Plan" will continue to explore innovation in process and materials, foundational technology, and common technology research, with a focus on user experience and data integration [5][6] - Intelligent chassis innovations are expected to progress significantly, with new structures and products emerging, enhancing the market presence of technologies like active suspension and wheel-side motors [6] - Internet technology will deeply penetrate the entire automotive lifecycle, transforming design, usage, maintenance, and after-sales services, leading to new business models [6][7] Group 3: Battery and Chip Innovations - The development of high-performance chips for autonomous driving requires national and industry collaboration, leveraging China's advanced manufacturing capabilities [7] - Innovations in power batteries are ongoing, with a focus on safety, recycling, and lifecycle maintenance, addressing challenges such as unexpected power loss and safety in extreme conditions [8][9] - The integration of AI in battery design and manufacturing processes is anticipated to become a trend, emphasizing precise control over battery performance and safety [9][10] Group 4: Key Innovation Focus Areas - Future innovation directions will focus on addressing market application pain points, such as electric vehicle power loss and safety issues [10] - Leveraging China's large-scale market advantages will facilitate the widespread adoption of high-end technologies, reducing costs significantly [10] - The automotive industry will benefit from the integration of new technologies, particularly in artificial intelligence and internet applications, leading to innovative practices and solutions [10]

Core Insights - Mitsubishi Gas Chemical Company announced the completion of its expansion project for Mitsubishi Gas Chemical Electronics Technology (Thailand) Co., Ltd. (ETT) in Thailand, focusing on the production of bis-maleimide triazine (BT) materials for semiconductor packaging, with production set to commence in December 2025 [1] Group 1: Company Developments - The expansion aims to double the production capacity of BT materials at ETT, enhancing Mitsubishi Gas Chemical's competitive edge and enabling the company to seize new business opportunities [1] - The company will operate under a "Japan + Thailand" dual-base model, integrating R&D advantages from its Japanese headquarters with mass production capabilities from its Thai facility [1] Group 2: Industry Context - The expansion responds to the growing global market demand driven by advancements in 5G/6G communications, digital transformation, the Internet of Things, automotive innovation, and artificial intelligence technologies, which are significantly increasing the demand for high-performance semiconductors [1] - The semiconductor industry has become a core component of national strategies for multiple countries, highlighting the critical challenge of maintaining a stable and diversified supply chain [1]

Core Viewpoint - The article emphasizes the need for the Chinese automotive industry to broaden its focus beyond autonomous driving, suggesting that innovation should also target materials, basic technologies, and user experience improvements in the upcoming 15th Five-Year Plan [1][3]. Group 1: Technological Advancements in the 14th Five-Year Plan - During the 14th Five-Year Plan, China's automotive industry transitioned from "catching up" to "keeping pace" with global leaders, particularly in electric and intelligent connected vehicles [2]. - China has made significant advancements in high-strength steel for vehicle bodies, with a higher application ratio and lower costs compared to international standards [2]. - The industry has also seen the widespread adoption of advanced chassis systems, which were previously limited to high-end vehicles, leading to improved performance and reduced costs [2]. Group 2: Recommendations for the 15th Five-Year Plan - Focus on innovation in processes and materials, particularly in high-strength steel structures and large die-cast aluminum chassis, to leverage China's manufacturing capabilities [4]. - Emphasize research in basic and common technologies, moving beyond merely following international trends to developing new scientific directions [5]. - Invest in smart chassis technology, with significant progress already made by companies like BYD and Changan, indicating a trend towards market adoption [6][7]. - Enhance user experience through the integration of internet technologies in sales, maintenance, and service, predicting a shift away from traditional sales models [8]. Group 3: High-Performance Chips for Autonomous Driving - The development of high-performance chips for autonomous driving requires national collaboration, as the specific needs for such chips remain unclear [9]. - Current international chip designs may not be optimal for automotive applications, highlighting the need for tailored solutions [9][10]. - China's chip manufacturing capabilities are expected to improve, potentially achieving breakthroughs in the next five years [9][10]. Group 4: Research on Power Battery Systems - Despite advancements, the power battery sector still requires significant innovation, particularly in safety, recycling, and lifecycle maintenance [11][12]. - Addressing issues such as battery discharge during winter and fire safety is crucial for enhancing the overall reliability of electric vehicles [12][13]. - The integration of artificial intelligence in the design and manufacturing processes of power batteries is essential for improving performance and safety [13].

Group 1 - Lexus Shanghai Jinshan factory is set to be completed by mid-2026, with 100 employees currently on-site [1] - The Lexus Shanghai office building has officially opened, with approximately 80 employees currently working there, and the number is expected to reach around 280 by April 2026 [1] - The Shanghai electric vehicle project is a key part of Toyota's electrification strategy, with plans to establish a wholly-owned company for Lexus electric vehicles and batteries, aiming for production in 2027 with an initial capacity of 100,000 units per year [1][3] Group 2 - Lexus (Shanghai) New Energy Co., Ltd. has been established, making Toyota the second foreign company to build a factory in Shanghai after Tesla [3] - The company acquired a 1,127,800 square meter industrial land in Jinshan, with a transaction price of 1.353 billion yuan [3] - Lexus is set to unveil its new 6-wheel MPV concept car at the Tokyo Motor Show on October 30, which will succeed the LS series [3][4] Group 3 - Toyota's chairman defined the future direction of the Lexus brand as "exploration" and "not imitating anyone," emphasizing the need for innovation in the automotive field [5] - Lexus achieved over 180,000 sales in the Chinese market in 2024, marking a year-on-year increase, and was the only imported luxury car brand to achieve such growth [9] - In the first half of the year, Lexus sold 85,000 units in China, reflecting a 12.2% year-on-year increase, also making it the only imported luxury brand to grow in this competitive market [9]

Group 1 - The core viewpoint is that Leap Motor is experiencing significant growth in orders and deliveries, with a recent report indicating 13,000 new orders and a confirmed delivery exceeding 10,000 units [1] - Leap Motor's sales in July reached over 50,000 units for the first time, specifically 50,129 vehicles, representing a year-on-year increase of 126% [2] - The founder and chairman of Leap Motor, Zhu Jiangming, announced plans to launch three new models by 2025, including the B01, and five to six models by 2026, emphasizing innovation and unique features in new offerings [2]

Group 1 - Horizon Robotics founder and CEO Yu Kai expressed no interest in becoming the next "Yubus," stating that he only wants to focus on his supplier business [1] - BMW's X5 M60e prototype was spotted testing at the Nürburgring, featuring a 3.0L twin-turbo inline-six engine combined with an electric motor, producing 483 horsepower and 516 lb-ft of torque [1] - GAC Group committed to ensuring the completion of dealer rebate payments within two months, emphasizing the importance of dealer stability for user service and experience [3] Group 2 - Xiaomi's founder Lei Jun commented on the record-breaking performance of the Xiaomi SU7 Ultra at the Nürburgring, expressing confidence that more Chinese car companies will join the innovation race [3]