从超豪华专属到国产大规模量产，京西智行携手深蓝汽车开启“磁流变元年”

Core Insights - The collaboration between Jingxi Zhixing and Deep Blue Automotive marks the introduction of magnetorheological suspension technology into the mainstream Chinese automotive market, signifying the start of a new era for domestic automotive brands [2][6] Group 1: Technology Overview - Magnetorheological technology, discovered in 1948, allows for rapid adjustment of damping force by controlling the arrangement of magnetic particles in a liquid, enabling a switch between liquid and solid states in milliseconds [2] - The technology was first applied in luxury vehicles, with over 3 million units installed globally in high-end models since its debut in the Ferrari 599 GTB in 2006 [2] - The new magnetorheological suspension system can adjust damping up to 1000 times per second, providing enhanced vehicle stability and control in various driving conditions [5] Group 2: Strategic Collaboration - Deep Blue Automotive has been researching magnetorheological technology since 2020, aiming to integrate it into domestic vehicles through a new platform developed in collaboration with Jingxi Zhixing [3] - The partnership focuses on a comprehensive engineering approach to reconstruct the vehicle architecture rather than merely transplanting existing technology [3] - The collaboration is seen as a pivotal moment for the rise of Chinese chassis technology, breaking the dominance of international giants in the suspension system sector [5][6] Group 3: Market Impact and Future Outlook - The launch of the Deep Blue L06 with the magnetorheological suspension system is viewed as a significant milestone, with expectations for the technology to be widely adopted across multiple domestic automakers by 2026, potentially exceeding 300,000 units [6][7] - The CEO of Jingxi Zhixing emphasized the importance of open collaboration and innovation in driving the global competitiveness of the Chinese automotive industry [6][7] - The year 2025 is projected to be a landmark year for the domestic implementation of magnetorheological technology in vehicles [7]