Introduction

This is a project to build a fixed-wing drone that is remotely controlled—with a surprising twist: it will provide the user with a first-person view from the aircraft’s cockpit. Thanks to the use of a 3-axis gimbal that rotates the camera in accordance with the pilot’s eye movements, the FPV (First Person View) system offers an unprecedented level of immersion. The design is based on an innovative approach to aerodynamics, involving the use of interchangeable wings with different profiles, which allows for the study of their impact on flight stability and efficiency. This project constitutes a unique research platform, combining modern manufacturing methods with advanced control electronics.

Project goals and objectives

The main objective of the project is to design and build a universal aircraft model that will serve as a platform for aerodynamic testing and as a demonstrator for an eye-tracking system. The project aims to analyze the impact of various wing profiles, lifting surfaces, and materials on force distribution and aerodynamic drag, which will be verified through wind tunnel testing. Another key objective is to implement an eye-tracking system for camera control, which is intended to provide an intuitive and realistic flight experience. Thanks to the use of 3D printing technology, the project enables rapid testing of successive configurations, serving as an excellent introduction to aerospace engineering for beginners.