This track involves multidisciplinary integrated design focused on the overall concept of aircraft. Utilizing existing aircraft design and virtual simulation software platforms, the track involves the development of advanced overall design scenarios and conceptual designs for future medium-sized aircraft. The aim is to bridge the current market gap between narrow-body and wide-body aircraft, creating a cohesive solution that aligns with both requirements and design proposals.

Centered around the theme of "Lunar Survival", this track integrates intelligent vehicle technology, deep learning, computer vision, and large language model technologies. Participants will autonomously design and assemble intelligent vehicle models to compete in tasks such as autonomous patrolling, cargo transport, power tower repair, and emergency avoidance on the lunar surface within a set timeframe.

Focused on a "Lunar Rescue" mission scenario, the committee will simulate a lunar environment indoors, including soft sandy soil, hard structured soil, and circular raised depressions. Teams will independently develop and design bionic legged robots to navigate through various terrains such as soft lunar soil, slopes, steps, double log bridges, and hills. The robots will deliver a rescue package to an astronaut's stranded area and reach the endpoint, with scoring based on the completion of these tasks.