Core Insights - Maggis Tires has won the "Cooperation and Collaboration Award" from Xiaopeng Motors, highlighting the successful partnership and collaboration in the new energy vehicle supply chain [1][9] - The collaboration signifies a milestone in the synergy between two major brands in the electric vehicle industry, showcasing the strength of Chinese tire brands in high-end manufacturing [1][9] Collaboration and Innovation - The partnership between Maggis Tires and Xiaopeng Motors is characterized by deep technical integration rather than a simple supplier-customer relationship, focusing on joint innovation [3][11] - Maggis Tires collaborated with Xiaopeng's engineering team during the development phase to meet the dual demands of safety and energy efficiency for the Xiaopeng G7 model [3][11] Product Development - The new P7 model emphasizes sports performance, with Maggis VS6 tires focusing on precise handling and utilizing "3D active noise reduction technology" to enhance the driving experience [5][13] - The unique design of the tires reduces cabin noise while maintaining a lightweight structure, allowing for an enjoyable driving experience at high speeds [5][13] Research and Development - Maggis Tires, as a high-end brand under Cheng Shin Rubber (China) Co., Ltd., has established a research center in Kunshan, equipped with advanced tire dynamics simulation systems and material analysis laboratories [7][15] - This facility enables comprehensive control over the entire process from rubber formulation to tire performance testing, contributing to the brand's competitive edge [7][15] Industry Impact - The collaboration between Maggis Tires and Xiaopeng Motors not only enhances consumer experiences but also demonstrates the capability of Chinese brands to compete globally in the new energy sector through technological breakthroughs [8][16] - The partnership is expected to set a new benchmark for collaborative innovation in the automotive industry, contributing to the future of smart mobility [8][16]
玛吉斯轮胎被知名车企点名表扬