Core Viewpoint - A global competition centered around "speed" is intensifying in the automotive industry, with traditional Western automakers adopting rapid and low-cost vehicle development models inspired by their Chinese counterparts [1][2]. Group 1: Industry Trends - Traditional automakers typically require four years or more to develop a new vehicle, while in China, the average development cycle is only 18 to 20 months [2]. - Ford has partnered with Renault to co-produce small electric vehicles in Europe, leveraging Renault's ability to shorten development time to under two years [1]. - Volkswagen has reduced the development cycle of its new electric vehicles produced in China by 30% from the traditional four years [1]. Group 2: Key Insights from Executives - Executives from various companies, including Renault and Nissan, emphasize that faster development is crucial for survival in a rapidly changing market [2][3]. - Renault's new Twingo electric vehicle will have a development cycle of just 21 months, while the Dacia Hipster microcar will take an astonishing 16 months [2]. - Nissan's CFO highlights that quicker development is essential for cost competitiveness, especially for companies lacking scale [2]. Group 3: Cultural and Operational Changes - Western automakers are undergoing significant cultural transformations to adopt the agility and flexibility seen in Chinese firms, alongside utilizing digital tools for virtual design and testing [2]. - Ford's European head notes that Chinese companies like BYD enhance speed by using more common parts and focusing innovation on software and digital technology [3]. - Renault's experience illustrates the importance of local engineering teams and streamlined communication processes, significantly reducing development time [3].

Core Viewpoint - Renault has terminated its collaboration with Valeo on the E7A project for a new rare-earth-free electric motor, opting instead to seek cost-effective components from Chinese suppliers due to the competitive pricing offered [1][3]. Group 1: Project Details - The E7A motor has a power output of 200 kW, which is 25% higher than current motors used in models like Scenic, and features an 800V system that significantly reduces charging time [3]. - Following the end of the partnership with Valeo, Renault plans to source the stator from Chinese suppliers and utilize silicon carbide modules from STMicroelectronics for the inverter, while other components will be sourced internally [3]. Group 2: Strategic Implications - Renault's strategic plan, disclosed in March, indicates that the new rare-earth-free motor will be integrated into the next generation of compact electric vehicles by 2028 [4]. - The company is also developing a small electric vehicle, Twingo, in collaboration with its Chinese R&D center, which has reduced the development time to under two years after taking over from a previous joint project with Volkswagen that was abandoned due to cost control issues [4]. Group 3: Industry Context - China currently dominates the global rare earth market, controlling 70% of mining and 85% of refining, prompting multinational automakers to explore rare-earth-free projects for supply stability [3]. - Other automotive manufacturers, including General Motors, ZF, and BorgWarner, are also collaborating on the development of rare-earth-free motors, indicating a broader industry trend towards this technology [3].