Pov Display Drone

Authors: Dr. Jayashree Deka, Dr.Yogini Borole, Mr. Bhavesh Phegade, Mr. Mayur Hadpad, Mr. Shahejad Shaikh, Mr. Aditya Mogare

Abstract: This review paper explores the creation of an entertainment drone powered by a KK microcontroller, which includes a rotating LED display for dynamic visual effects and advertising purposes using an Esp32 microcontroller. The goal was to develop an affordable, adaptable, and programmable aerial platform that integrates stable flight control with captivating visual displays. The ESP32 is noted for its dual-core processor, built-in Wi-Fi and Bluetooth, and robust multitasking abilities, making it ideal for managing LED display tasks. KK is a common microcontroller used for drone integration. This paper covers the entire design process, from component selection to the integration of hardware and software. It also reviews existing point-of-view (POV) display drones and describes how the persistence of vision is employed to create midair visuals such as text, images, and animations. The drone can be controlled via remote, offering convenience and flexibility of the method The review addresses key challenges such as power management, display synchronization, flight stability, and the role of IoT in enhancing system performance. Practical applications, including light shows, advertising, and educational demonstrations are also discussed. Despite challenges like payload limitations and time sync, the review demonstrates that combining entertainment technology Embedded systems can offer economical and scalable solutions.