İnsansız Hava Araçlarının Orman Yolu Projelerinde Kullanımı

Road networks are accepted as a criterion showing the level of development countries. Undoubtedly, role highways in facilitating human life is quite important. However, road routes involve high cost land surveying studies that can pass through areas with various use types and cover.For forest to be built areas, points representing surface obtained by measurement methods (remote sensing, photogrammetry terrestrial techniques). Depending on structure cover, difficulties encountered determination spatial techniques. In this study, an alternative technique, 341 m long excavation filling calculations were carried out help Unmanned Aerial Vehicle (UAV) photogrammetry. Photo pairs taken from different heights (50 m, 75 100 m) real-time kinematics (RTK) GPS UAV processed Agisoft produce point cloud. The cloud data digital NetCAD environment for same route. Between two methods, 50 measurements ground measurement; calculation 50m amount, 0.27% total amount 1.08% difference 2.51% 5.22% 100m amount. A 3.13% 2.53% was determined. These results show very effective projects calculating earthwork volume mountainous terrain.