DEVELOPMENT AND UTILIZATION OF AERIAL PHOTOGRAMMETRY SURVEY USING NONMETRIC CAMERA DRONE WITH OPEN-SOURCE SOFTWARE: CASE STUDY ON TUGU DAM PROJECT

C Oliver A P L^[1]* and F Nugraheni¹

¹ Graduate Student, Universitas Islam Indonesia, Indonesia

[1]^* Corresponding author: [email protected]

DOI: https://doi.org/10.20885/icsbe.vol4.art3

 

ABSTRACT

The construction of the Tugu Dam requires stone material obtained from Quarry for the main dam. The stone material for the main dam is very critical because the work on the main dam should be carried out immediately during the dry season (for work safety and quality). Preparation for material transportation at the Quarry includes calculation of the availability of material volumes, construction of haul roads, and technical plans for transport and blasting management. These activities require surveying and mapping. The project team chose the drone mapping method using the Open-Source program rather than the conventional method for accelerating the surveying and mapping work. Aerial photogrammetry survey can complete a variety of projects, such as available material calculation, blasting management, and hauling road planning. Based on cost, quality, and time analysis, drone mapping using open-source computer programs is cheaper and faster than using paid computer programs and conventional surveying methods, but using Open-source software has the disadvantage of limited features and low data accuracy with a CE90 value = 17,706 and LE90=37,126 for this study. In general, drone mapping has lower accuracy than conventional surveying methods, but the output of drone mapping which is orthomosaic maps and Digital Elevation Models can be used for the development of Building Information Modeling (BIM) and autonomous engineering.

 

Keywords: Aerial Photogrammetry; Dam; Nonmetric camera drone

 

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