Drone Control Center

Introduction: Drones are used in various fields. However, they are not free to fly at nights in most cities by considering safety issues of it. Also, it is not allowed to fly over 150 meters high in invisible zones, especially at night time. Because these cause collision between drones and tall buildings and collision between drones. Purpose: The purpose of this study is to propose a system to control drones, i.e., drone control center. Method: Literature was done before selecting GPS, transmitter and drone information. Discussion/Conclusion: Developed an application to transmits the information received from the controller to the cloud using the LTE network. The control system contain a Vworld’s 3D map provided by the Ministry of Land, Infrastructure, and Transport. The calculated data applied to the 3D map on the drone control system. The system specifies the margin of error compared with the registered airframe information. The controller continuously mointer every drones connected to it and notifiy the pilot when necessary (example, during danger).