Low altitude dynamics | Xiaopeng Huitian and Yunlu Composite Materials sign project cooperation agreement

On July 9th, Yunlu Composite Materials (Shanghai) Co., Ltd. (Yunlu Composite Materials) officially signed a project cooperation agreement with Xiaopeng Huitian, a leading enterprise in the domestic eVTOL field. Both parties will form a strong alliance in the field of lightweight flying vehicles, focusing on the research and development of high-performance carbon fiber composite materials for 3D weaving intelligent equipment and advanced technology research and development, production, and industrial application. They will jointly tackle the pain points of traditional composite production processes, improve 3D weaving efficiency, optimize weaving accuracy, and expand the applicability of new fiber materials. This signing marks a new height in the industrial application of Yunlu Composite 3D Weaving Technology in the field of low altitude aircraft.

Strong alliance, collaborative research and development of key technologies for low altitude aircraft

As a unique flying car brand, Xiaopeng Huitian focuses on future air travel and possesses the most cutting-edge technology and engineering in aerospace. Its intelligent electric flying car project relies on lightweight, high-strength high-performance fiber materials to enhance comprehensive performance such as endurance and safety. Three dimensional weaving technology has become an important option. Yunlu Composite Materials has rich project experience in the development and mass production of carbon fiber composite components by multiple domestic and foreign host factories. It has overcome numerous key core technologies in the digital development, precision manufacturing, and intelligent production of composite structural components, achieving world leading levels. Both parties should have a high degree of compatibility in the industrialization of 3D weaving technology in the field of flying cars, and are committed to jointly advancing in future technology research and development, striving to achieve significant breakthroughs.