Our project is a digital metal detector mounted on top of a remote-controlled car. The detector utilizes pulse induction to detect metals within a certain frequency. The system can be controlled through an Android application installed on the user’s phone, and communicates with the device over bluetooth. One of the key technologies implemented was allowing the system to be remotely controlled, which the user can, via a directional pad interface on the app. Another feature is that the system is integrated with a Wi-Fi module that allows any data picked up by the system to be transmitted instantaneously to a cloud platform, specifically, the Arduino IoT Cloud. One of our most notable accomplishments was that we successfully built a metal detector from scratch that can be adjusted to account for different sensitivity levels, which was an impressive feat considering the scope of this class. A challenge that we came across was that two of our different blocks required use of the same pins on the microcontroller. We solved this problem by using two different microcontrollers, but in the future, it would be possible to only use one if we had greater foresight.