Drone technology has been responsible for transforming not only the job market but also the way people interact with the world around them. In this context, there is a wide application of drones in educational, research, and extension activities, aiming to promote greater interaction between technology and humans. A notable example is the use of Bitcraze nano drones in academic environments to attract students and disseminate knowledge in the field of robotics and automation. Based on the versatility of nano drones and their possibilities for application in cooperative projects, this work proposes the implementation and improvement of a system in a laboratory of cooperative nano drones with localization capability, with the aim of fostering research and innovation. The system is composed of adapted anchors and rigorous safety measures, allowing the realization of advanced experiments and the exploration of new technologies. Initial results demonstrate the potential of cooperative drones for applications in teaching, research, and extension, with implementation planned for events and practical activities at the university.