Drone Photogrammetry for Rehabilitation Design
Aerial photogrammetry was used to document the existing conditions and generate a detailed 3D model and dense point cloud for rehabilitation design. Ground Control Points (GCPs) were established and surveyed for accurate georeferencing and independent quality verification. The processed data was subsequently used to develop a 3D CAD model, with overall positional accuracy of up to approximately 20 mm in both plan and height. Survey methodology, control measurements and accuracy results were documented in a detailed quality report.
Drone Photogrammetry for Historic Villa Rehabilitation
Detailed aerial photogrammetry of an existing historic villa was carried out to document its geometry and architectural characteristics prior to rehabilitation. High-resolution imagery was processed into a dense point cloud and detailed 3D model, providing accurate spatial documentation of the roof, façades and surrounding areas to support architectural assessment, CAD modelling and rehabilitation design
Drone Photogrammetry for Industrial Site Rehabilitation
Comprehensive aerial photogrammetry of an existing industrial compound was performed to document buildings, infrastructure and surrounding site conditions for planned rehabilitation works. High-resolution imagery was processed into a georeferenced point cloud and detailed 3D model, providing an accurate spatial basis for existing-condition assessment, 3D CAD modelling and engineering design.