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@article{Farhan_Jaya Prihantarto_2026, title={TESTING THE QUALITY OF THE ORTHOFOTO DMC III LARGE FORMAT CAMERA AERIAL PHOTOGRAPHY FOR BASE MAP ACCURACY SCALE 1:5000 }, volume={6}, url={https://irsaj.ppj.unp.ac.id/index.php/IRSAJ/article/view/92}, abstractNote={<p>This study discusses the quality testing of the DMC III LFAP camera for base map accuracy at a <br>scale of 1:5000. The objectives of this research are to analyze the resolution quality of DMC III LFAP <br>orthophoto images and to assess the geometric accuracy of DMC III LFAP orthomosaics based on <br>Independent Check Points (ICP) measured in the field.This research employs both qualitative and <br>quantitative methods. The study focuses on two main aspects: the resolution quality of orthophoto images <br>and geometric accuracy based on ICP measurements. The research data includes DMC III aerial <br>photographs from 2021 and field ICP observations. The methods used in this study involve orthophoto <br>processing, ICP measurements using Geodetic GPS, and geometric accuracy analysis with the Root Mean <br>Square Error (RMSE) method. Accuracy evaluation is conducted by comparing orthophoto coordinates <br>with field observations.The results indicate that the resolution of the generated orthophoto images meets <br>the quality standards for a scale of 1:5000 based on Per BIG Number 1 of 2020, with a reliable level of <br>accuracy. However, geometric accuracy testing shows that the orthomosaic results have an error level <br>exceeding the tolerance limits set by Per BIG Number 6 of 2018, making them unsuitable for base map <br>accuracy at a scale of 1:5000.</p>}, number={2}, journal={International Remote Sensing Applied Journal}, author={Farhan, Muhammad and Jaya Prihantarto, Wikan}, year={2026}, month={Feb.}, pages={51–59} }