Multifunctional Borewell Rescue Robot for Enhanced Child Safety

Abstract

Borewell accidents involving children are a recurring and tragic issue in many regions. Existing rescue methods are often slow, labor-intensive, and risky. This project proposes a multifunctional borewell rescue robot designed to improve child safety through rapid and efficient intervention. The robot is capable of descending into narrow borewells, locating the trapped child using real-time video and sensor data, and performing rescue operations with precision. Equipped with lightweight servo motors, airbags, and a robust control system, it allows for both autonomous and manual operation. The system ensures constant communication with rescue teams and enhances safety through advanced navigation and manipulation mechanisms. Tested in both simulated and controlled environments, the robot has shown significant potential in reducing response times and improving the success rate of borewell rescues. This innovation aims to revolutionize emergency rescue operations and save young lives with greater reliability and efficiency.