Our project involves the development of a metal detector robot integrated with GPS and Wi-Fi capabilities. The robot efficiently detects underground metals and landmines and transmits real-time data to a mobile application. The user-friendly app allows for data visualization and analysis, enhancing decision-making in metal detection operations.
Objectives
To develop a metal detector robot with integrated GPS and Wi-Fi capabilities for efficient and real-time detection of underground metals and landmines, providing accurate data visualization and enhancing the overall safety and effectiveness of metal detection operations.
Socio-Economic Benefit
Improved safety and reduced casualties from landmines, Enhanced efficiency in resource allocation for metal detection operations, Potential economic growth through the adoption of advanced detection technologies.
Methodologies
Design, integrate, and test hardware components (metal detector, GPS, RF Receiver, ESP32 Module, Develop C++ code for metal detection, data transmission, and mobile application, Conduct comprehensive testing and validation of the system.
Outcome
Development of a functional metal detector robot with integrated GPS and Wi-Fi capabilities, Real-time transmission of detected metal and location data to a server-based app, User-friendly mobile application for data visualization and analysis, Improved efficiency, accuracy, and safety in underground metal and landmine detection operations.
