Bibliographic citations
Leiva, S., Niño, J. (2021). Evaluación comparativa de la precisión en levantamientos topográficos efectuados mediante vehículo aéreo no tripulado (UAV) a 50 metros de altura y el método tradicional en la Carretera Abra Ccorao-Ccorao [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/4337
Leiva, S., Niño, J. Evaluación comparativa de la precisión en levantamientos topográficos efectuados mediante vehículo aéreo no tripulado (UAV) a 50 metros de altura y el método tradicional en la Carretera Abra Ccorao-Ccorao []. PE: Universidad Andina del Cusco; 2021. https://hdl.handle.net/20.500.12557/4337
@misc{renati/957329,
title = "Evaluación comparativa de la precisión en levantamientos topográficos efectuados mediante vehículo aéreo no tripulado (UAV) a 50 metros de altura y el método tradicional en la Carretera Abra Ccorao-Ccorao",
author = "Niño de Guzmán Arpasi, Joddai Javier",
publisher = "Universidad Andina del Cusco",
year = "2021"
}
At present, within the Peruvian Territory, topographic surveys are carried out in a traditional way using only one method that is the sole use of the Total Station, discarding other methods such as the use of UAV Drones having a wrong idea that yield results with very low precision, as well. how to generate very high costs; That is why it is necessary to put into operation the use of techniques and new technological processes to reduce the issues of imprecision, cost, execution time and improve performance in this type of projects. The present research has as its scope a comparison of the precision obtained in a topographic survey with Unmanned Aerial UAV Dron equipment and the Total Station.The study was carried out on the Abra Ccorao - Ccorao highway, starting at the Progressive 15 + 000 and culminating in the progressive 20 + 000 in the Centro Poblado de Ccorao, District of San Sebastián, Province and Department of Cusco. The development of the thesis began with the photogrammetric flights of the study area with the Mavic 2 Pro Model Drone, later the photographs were processed with the Pix4D Pro software that resulted in obtaining the orthophoto and cloud of points that could be digitize in a topographic plane with the AutoCAD Civil 3D program that allowed us to obtain the data for comparison of the precision between both teams, simultaneously variables that have as dimension the cost and the time of realization were evaluated to reach the respective conclusions. According to the results obtained, in chapter IV they indicate that the use of UAV unmanned aerial equipment is more accurate for highway projects, showing that the absolute and relative error values are lower compared to a survey carried out with a Total Station, reducing the time of completion. In conclusion, this thesis seeks to show that both methods are efficient since they show very close results and that the use of the drone in topographic surveys is more optimal for large-area work, inaccessible places due to their ease of handling and time. of realization.
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