Abstract: System and method for to reduce ground surface temperature for an area using a fleet of drones is described. Each drone in the fleet comprises multiple motors, a body with a first and second end, and a surface equipped with sunlight management films. These films are designed to reflect sunlight and convert it into electricity for charging onboard batteries. A Ground Control Station (GCS) is communicatively coupled to the fleet, enabling synchronized transmission of a flight program and a sunlight management program. These programs are designed to track the geoposition of the drones and align their operations with real-time environmental data. The GCS is further integrated with an environmental sensor for measuring ground surface temperature and sending input data for temperature tracking.