SAVIOR

This design aims to develop an all-terrain intelligent rescue robot for disaster areas. The robot adopts a modular design, including the main body and four core functional modules: search and rescue, medical care, transportation, and communication. The main body and different modules are used to achieve different functions, providing assistance for rescue and reconstruction work in disaster areas. Meanwhile, the robot features an innovative foot-wheel integrated structure that can switch between driving and crawling modes according to terrain and road conditions. The savior also employs a dual-energy drive system, combining electric power with hydrogen energy for extended range, endowing the robot with stronger endurance and enabling it to maintain high operational efficiency during long-term tasks. As a force multiplier for rescue teams, it significantly enhances the speed of operations, reduces the exposure of rescue personnel to danger, and ultimately, through intelligent and adaptive technologies, effectively mitigates life and property losses related to disasters.