As of right now, there have been several reports of abandoned borewells turning into deadly risks. Many helpless children and animals are dying as a result of getting stuck in these open borewells. Rescue operations are frequently carried out using a significant amount of equipment and labor. This project's main goal is to design and build a portable robot that is accurate, quick to operate, and affordable. Thus, efficiency and safety can be increased by developing an intelligent rescue robot for borewells. Using an ESP32 microcontroller, servo motors, high-torque DC motors, a camera module, an H-Bridge motor driver, and a mechanical gripper, this project will build a borewell rescue robot. The robot is designed to navigate and carry out rescue operations in enclosed borewell environments where human access is limited or dangerous. The goal is to create a robust and efficient robot that can enter borewells and retrieve trapped people, reducing the risks and time associated with manned rescue operations.