Design and Fabrication of Automated Delivery Drone Using 3D Printing

Unmanned aerial vehicles, commonly known as drones, serve a wide array of purposes, including aerial photography, mapping, surveillance, package delivery, agriculture, and search and rescue missions. Operators now need to make more deliveries as a result of the explosive expansion of online ordering. To fill this demand, drone-based technologies are employed. This main goal is to describe the layout and assembly of a quadrotor drone that can deliver objects. These drones can move goods between locations, including food, supplies, and medical equipment. The top and lower plates, as well as the arms, are made using 3D printing technology. Using the Pixhawk 2.4.8 flight controller to operate the drone and send the delivery to the selected location. The drone can operate autonomously in autonomous mode with GPS and Mission Planner software to command and plan the mission. SolidWorks software is used for 3D modelling of quadrotor drones.