Revolutionizing Aerial Exploration: Toroidal Drones with Eco-Friendly 3D-Printed Plastic Waste Frames for a Sustainable Future

This research paper explores the concept of toroidal drones, a new type of aerial vehicle with a unique donut-shaped structure. The drones offer stability and versatility, with potential applications in surveillance, search and rescue, and environmental monitoring. The paper presents a sustainable approach by constructing the drone frame entirely from 3D-printed plastic waste, reducing environmental impact. The toroidal drones' energy-efficient trajectory planning and adaptability in different operational environments are also explored. The paper also demonstrates real-world feasibility through the development and control of a toroidal unmanned aerial vehicle (UAV). The research highlights the potential of toroidal drones as a game-changer in aerial exploration and the integration of 3D-printed plastic waste frames as a step towards a more sustainable future. This research contributes to environmental preservation and revolutionizes drone technology for the betterment of society and the planet.