他们用6年千万次技术磨合，赋予了燃油车“第二次生命”

Core Viewpoint - The article discusses the rapid advancement of intelligent driving technology in electric vehicles, highlighting the significant gap in smart features between electric and fuel vehicles, particularly in high-speed and urban navigation assistance systems [1][4][5]. Group 1: Current State of Intelligent Driving - By September 2025, the standard rate of high-speed navigation assistance in new energy vehicles in China is approaching 40%, while fuel vehicles have a dismal rate of less than 2% [3][4]. - Fuel vehicles are lagging significantly in urban navigation assistance, with no successful implementations prior to the collaboration between Huawei and Audi [5][7]. Group 2: Breakthroughs in Fuel Vehicle Technology - The launch of the Audi A5L QianKun Intelligent Driving® version marks the first fuel vehicle to support urban navigation assistance, representing a milestone in the sector [10][11]. - The A5L features a dual-laser radar system with a scanning field of 197.2°, significantly improving detection accuracy compared to single-laser systems [13]. Group 3: Technical Innovations - The A5L utilizes a new E³ 1.2 electronic architecture, integrating multiple ECUs into five high-performance domain controllers, achieving a theoretical bandwidth of 1000Mb/s, which is over 1000 times greater than traditional fuel vehicles [32][33]. - The introduction of the Vehicle Motion Management (VMM) module allows for precise control of driving dynamics, addressing the inherent delays in fuel vehicle responses [40][41]. Group 4: Market Potential and Consumer Demand - A survey indicates that nearly 60% of respondents are willing to pay extra for intelligent driving features, with over 50% open to advanced functions like urban navigation assistance [55][56]. - Despite fuel vehicles being a minority in terms of percentage, over 10 million users are still interested in purchasing them, indicating a substantial market for intelligent upgrades [60][62]. Group 5: Future Outlook - The collaboration between Huawei and Audi signifies a shift where fuel vehicles can achieve intelligent capabilities without sacrificing performance, opening up a vast market for smart fuel vehicles [73][74]. - The success of the A5L and the new Q5L is expected to accelerate the intelligent transformation of fuel vehicles, potentially leading to advancements in autonomous driving levels [76][78].