"流光山水"背后：智能创新古朴美 "流光山水"（LumiStitch）由梅赛德斯-奔驰与清华美术学院和清华大学未来实验室合作设计，以中国山 水美学为灵感，将智能发光纤维与传统刺绣工艺相结合，探索智能材料在汽车内饰场景中的新型交互体 验。此概念设计项目中的梅赛德斯-奔驰智能座舱采用先进的智能材料，通过电容感应与环境光传感技 术，可实时响应驾乘者手势与环境光变化，将中国传统刺绣工艺以智能照明系统的形式呈现，令刺绣图 案在光影流动中焕发全新美感。 作为全球最负盛名的设计竞赛之一，德国红点奖已有超70年的历史，被誉为设计界的"奥斯卡"。梅赛德 斯-奔驰是红点奖的常客，曾凭借奔驰C级车、E级车以及梅赛德斯-奔驰全球设计团队负责设计的smart 精灵系列屡屡斩获红点奖。 3年内多个领域研究成果显著 近日，梅赛德斯-奔驰与清华大学的合作项目交互式刺绣汽车内饰"流光山水"（LumiStitch）荣获2025年 度德国红点概念设计大奖。此概念设计项目以中国山水美学为灵感，将先进智能材料与中国刺绣工艺相 结合，打造出兼具文化温度和前沿技术的智能座舱体验，为中国刺绣工艺在汽车设计领域的应用开辟了 全新思路。未来，以此为灵感，梅赛德 ...

Core Viewpoint - Mercedes-Benz's collaboration with Tsinghua University on the interactive embroidery car interior project "LumiStitch" has won the 2025 Red Dot Concept Design Award, showcasing a blend of Chinese aesthetics and advanced smart materials in automotive design [1][3]. Group 1: Project Overview - The "LumiStitch" project is inspired by Chinese landscape aesthetics, combining smart materials with traditional embroidery techniques to create an innovative smart cockpit experience [1][3]. - The project features Mercedes-Benz's smart cockpit utilizing advanced materials that respond to gestures and environmental light changes, presenting traditional embroidery in a new light through an intelligent lighting system [2][3]. Group 2: Collaboration Significance - The partnership between Mercedes-Benz and Tsinghua University has been ongoing for over a decade, establishing a benchmark for Sino-German industry-academia cooperation, with research covering electric mobility, intelligent connectivity, and digitalization [3][6][7]. - The collaboration has led to significant advancements in battery technology, vehicle-to-grid (V2G) research, and the application of visual language models (VLM) in smart cockpits, among other areas [6][7]. Group 3: Future Directions - Mercedes-Benz aims to deepen its collaboration with Tsinghua University, focusing on innovative and aesthetically pleasing smart experiences for customers, while also expanding its partnerships with leading tech companies in China [3][7]. - The company is committed to nurturing talent in the automotive industry through practical teaching bases and supporting youth participation in global climate actions for sustainable development [7].

Group 1 - The article discusses the competitive landscape in the automotive industry, particularly how new energy vehicle brands frequently compare their products to established luxury brands like Mercedes-Benz, often claiming superiority in various aspects [1][3][4] - Mercedes-Benz has been a consistent benchmark in product comparisons, especially in terms of chassis performance and cabin comfort, indicating its strong market presence and reputation [1][3] - The article highlights a recent event where Mercedes-Benz showcased its innovations in seating and chassis control, marking 20 years of localized research and production in China [5][8] Group 2 - Mercedes-Benz emphasizes its commitment to developing high-quality automotive seats, which undergo a rigorous four-year development process involving feasibility studies, design, and extensive testing [7][10][13] - The company maintains strict safety standards for its seating systems, which are designed to meet global market requirements, ensuring that they exceed local standards [8][10] - The article details the complexity of Mercedes-Benz's seat systems, which include over 1,000 precision parts and undergo more than 2,000 specialized tests to ensure comfort and safety [7][10][11] Group 3 - The chassis development process at Mercedes-Benz is described as a comprehensive system engineering task, focusing on vibration absorption and stability, with a strong emphasis on customer comfort [14][16] - The company has established over 130 vehicle metrics and more than 1,000 component metrics to evaluate chassis performance across five key dimensions: ride comfort, safety, handling, sportiness, and precision [16][19] - Mercedes-Benz utilizes advanced simulation technologies and extensive real-world testing to validate the performance of its vehicles under various conditions, ensuring reliability before market release [18][19][24]