Abstract
In the face of natural disasters like earthquakes and landslides, timely and efficient rescue operations are paramount to saving lives. However, these operations are often hindered by hazardous conditions and inaccessible terrain. This research focuses on the design and development of a Rescue Assistance Rover (RAR) aimed at enhancing the capabilities of rescuers in challenging environments. The RAR integrates advanced robotics, sensory systems, and communication technologies to navigate through debris, assess hazards, and provide crucial assistance to rescue teams. By leveraging autonomy and remote operation capabilities, the RAR aims to augment human efforts, improving overall response effectiveness and minimizing risks to both rescuers and survivors. This paper outlines the conceptualization, design considerations, development stages, and potential applications of the RAR, highlighting its potential to revolutionize disaster response efforts and save lives in critical situations. Key Words: Additive Manufacturing, 3D Printing, Rocker Bogie Mechanism, Arduino Programming, Rescue Operations, Robotics
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