Searchxpert / Muhammad Shoutul Al-Thaqif Shaharim

This project proposes a conceptual design for an autonomous earthquake rescue excavator. The aim is to create a versatile vehicle capable of navigating debris using renewable energy and innovative features for rapid deployment. The excavator incorporates a multi-mode operation system, enabling it to switch between driving, climbing, and flying for efficient maneuvering across challenging environments. Powered by sustainable energy sources such as solar or fuel cells, it ensures continuous operation during prolonged rescue missions. Designed for urban search and rescue teams, fire departments, and research institutions, the system emphasizes rapid setup and deployment, addressing the critical need for timely response in post-earthquake scenarios. By integrating renewable energy and advanced mobility, this solution enhances the efficiency and sustainability of disaster response efforts.