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To rescue peoples in the disaster site in time, information acquisition of current feature of collapsed buildings and terrain is quiteimportant for disaster site rescue manager. Based on information about disaster site, they can accurately plan the rescue process andremove collapsed buildings or other facilities. However, due to the harsh condition of disaster areas, rapid and accurate acquisitionof disaster site information is not an easy task. There are possibilities of further damages in the collapse and there are also difficultiesin acquiring information about current disaster situation due to large disaster site and limited rescue resources. To overcome thesecircumstances of disaster sites, an unmanned aerial vehicle, commonly known as a drone is used to rapidly and effectively acquirecurrent image data of the large disaster areas. Then, the procedure of drone-based 3D model reconstruction visualization function ofdeveloped system is presented

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

DATA MANAGEMENT FRAMEWORK OF DRONE-BASED 3D MODEL RECONSTRUCTION OF DISASTER SITE