Abstract

The First Person View (FPV) drone is one type of quadcopters. This type of drone allows the user to be as the controller piloting the drone remotely throughout real-time video recorded by the camera attached to the drone and displayed in goggles worn by the user. This project focuses on investigate and build a drone from scratch that contains the most possible useful technologies with considering of features, price, wight, size and availability. The construction of the FPV drone is carried out in accordance with the instructions provided by the manufacturer and industry standards, with particular emphasis on integrating the components to achieve the best possible performance. Programming and configuring using Betalight are tailored to fulfil particular application needs. The testing phase includes a wide range of applications, ranging from hobbyist to advanced levels. These applications involve activities such as racing, creating cinematic content, and utilizing aerial imagery in artificial intelligence (AI) for tasks like data gathering. The result demonstrated a good finding in utilizing the aerial imagery with help AI through collaboration with FlyPix company for survey analysis and obtaining data. The artificial intelligence was able to detect and count objects from aerial imagery that has been taken by the drone through apply the AI model.