White logo with a geometric shape on the left and bold text AEC Technology beside it. Below, smaller text reads Construction Beyond Technology, highlighting expertise in digital photogrammetry, all on a light gray background.
A colorized 3D point cloud scan of the CDMX International Airport shows two airplanes on the tarmac, with vehicles and people in safety vests working around one of the planes.

CDMX International Airport

In this project, a terrestrial laser scanning survey was carried out at Mexico City Airport, accurately documenting both the infrastructure and the perimeter.

Moreover, thanks to the information obtained, planning was facilitated and the technical analysis of the project was strengthened, ensuring a reliable foundation for the subsequent stages of development.

  • Client:

GAP (Grupo Aeroportuario del Pacífico)

  • Location:

Ciudad de México, México

  • Year:

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

ESCANEO LÁSER TERRESTRE

The terrestrial laser scan generated a detailed point cloud that accurately recorded the buildings and the airport perimeter.

Thanks to this data, it was possible to support specialized technical studies and facilitate the optimization of future interventions, ensuring greater accuracy and efficiency in the project’s development.

Nube de puntos del Aeropuerto Internacional de CDMX con pasarelas elevadas, la palabra Metro desplegada al frente, columnas que sostienen las estructuras y un cielo gris de fondo.
Imagen de nube de puntos colorida de un parque circular cerca del Aeropuerto Internacional de CDMX, con palmeras, senderos y un monumento central. Vista desde arriba, los gradientes de azul, verde y rosa representan la elevación o la profundidad.
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A digitally filtered image of CDMX International Airport shows a building with an elevated walkway and large Metro letters in front, vivid red, yellow, and blue tones giving it a stylized, almost thermal effect.
Imagen de nube de puntos colorida de un parque circular cerca del Aeropuerto Internacional de CDMX, con palmeras, senderos y un monumento central. Vista desde arriba, los gradientes de azul, verde y rosa representan la elevación o la profundidad.
A digitally color-altered image of the exterior of Terminal 1 at CDMX International Airport, with trees and roads in front. The image features a strong red and orange filter effect.
Colorful, computer-generated point cloud image of CDMX International Airport featuring a modern building with large columns and a glass-walled walkway. Vibrant red, green, and yellow points highlight the architectural structure and landscaping.
Colorful, digitally enhanced image of a modern indoor space at CDMX International Airport, with large angular support columns, overhead beams, and decorative plants and bushes. Three people stand in the lower left corner.
Colorful, neon-toned image of a modern building structure inspired by CDMX International Airport, with elevated walkways and large supports in electric blue, pink, and green hues against a dark background for a futuristic, abstract effect.
A stylized, color-filtered image of CDMX International Airport’s modern transit station, featuring geometric canopies, columns, and walkways, captured from a paved area beneath a dramatic, dark sky.

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Project Services

REALITY CAPTURE

MODELOS DIGITALES

MODELOS DIGITALES

REALIDAD EXTENDIDA

EXTENDED REALITY

DATA SCIENCE

  • Client:

GAP (Grupo Aeroportuario
del Pacífico)

  • Location:

Ciudad de México, México

  • Year:

2019

CDMX International Airport

A survey was conducted using terrestrial laser scanning at Mexico City Airport to accurately document its infrastructure and perimeter. The information obtained facilitated project planning and technical analysis.

Un icono gris y estilizado de un escáner láser dentro de un círculo, con formas geométricas y elementos de diseño simétricos

REALITY CAPTURE

Terrestrial Laser Scanning

The terrestrial laser scanning generated a detailed point cloud that accurately recorded the airport’s buildings and perimeter. These data were key for technical studies and the optimization of future interventions.

Other projects