Logotipo con una flecha estilizada dorada apuntando hacia la derecha al lado de la palabra SENTURA

Topographic Survey – Los Cazos 15

In this project, a topographic survey was carried out using terrestrial laser scanning, which generated contour lines, slope analysis, volume calculations, and a 3D model capable of representing the terrain even under dense vegetation.

Subsequently, the data was integrated into a GIS system, enabling a detailed site analysis and facilitating the planning of activities based on a solid foundation of geospatial information.

Particular

Mazamitla, México

2019

Blue icon showing a surveillance camera and a drone flying over trees, mountains, and buildings.

REALITY CAPTURE

A gray terrestrial laser scanner is centered within a circular border

TERRESTRIAL LASER SCANNING

Millions of high-precision points were captured, accurately representing the terrain in great detail even under areas covered with dense vegetation.

In addition, the 360-degree recording made it possible to identify elevation changes, depressions, and tree distribution, providing a comprehensive view of the natural environment. Finally, the integration of this information with GIS systems facilitated a complete site assessment and supported the planning of specific interventions for the project.

Particular

Mazamitla, México

2019

Logotipo con una flecha estilizada dorada apuntando hacia la derecha al lado de la palabra SENTURA

Topographic Survey – Los Cazos 15

A topographic survey was carried out using terrestrial laser scanning, generating contour lines, slope analysis, volume calculations, and a 3D model representing the terrain beneath dense vegetation. The data were integrated into a GIS system, enabling a detailed site analysis and facilitating activity planning with a solid geospatial information base.

REALITY CAPTURE

Terrestrial Laser Scanning

Millions of high-precision points were captured, accurately representing the terrain even beneath dense vegetation. The 360-degree recording allowed for the identification of level changes, depressions, and tree distribution. Integration with GIS systems facilitated site evaluation and the planning of specific interventions for the project.