Hexapod for the Rescue of Excavation Site Trapped Workers

This project addresses an important issue of rescue operations in quarries and excavations sites where humans are often trapped, without sufficient information to effectively carry out rescue operations.Recognizing the importance of finding new solutions, this project proposes the development of a six-legged robot also known as Hexapod, specially designed for rescue missions in such harsh environments.The selection of the hexapod configuration was motivated by its suitability for navigating through constrained and challenging spaces.The six-legged configuration enhances the stability and efficiency of the robot, enabling the robot to navigate challenging terrain commonly encountered in quarries and excavations which are inaccessible for wheeled and tracked robots.The proposed Hexapod is integrated with sensors to monitor vital living conditions in the trapped site.These sensors measure oxygen levels, humidity, temperature, and other relevant parameters.Receiving real-time data from the environment, the robot can analyze survival chances, helping rescue teams make informed decisions.This approach enables the assessment of survivability based on sensor data, improving the overall efficiency of the rescue operation and increasing the likelihood of a successful outcome in critical situations.