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We transform data into accurate visual information with advanced photogrammetric solutions. Our specialized approach drives engineering, urban planning and environmental analysis projects, delivering quality and reliability in every aerial image.
Discover how, at Aerolaser, we transform aerial imagery into accurate, high-quality visual information. With advanced technology and customized solutions, we optimize every detail so that your project has reliable, cutting-edge geospatial data.
We create three-dimensional models from aerial images captured by drones or aircraft. This process is essential to visualize the topography of the terrain in 3D, facilitating engineering projects, urban planning and environmental analysis.
We generate geometrically corrected aerial imagery (orthophotos) to accurately represent the terrain.
True orthophotos provide an extra level of accuracy by eliminating distortions caused by variations in the height of buildings and structures, which is crucial in urban environments.
We establish a 3D coordinate system from aerial imagery using advanced triangulation and data adjustment techniques.
This process ensures accuracy in the location and altitude of points, which is essential for the creation of topographic maps and digital terrain models.
We use specialized software and advanced algorithms to optimize each aerial image.
We adjust color, contrast and sharpness to highlight relevant terrain features, ensuring high quality and accurate visual data for informed decision making.
Our company in Data
Comprehensive photogrammetry service for precision projects
Trust Aerolaser to transform aerial imagery into accurate and useful data, perfect for engineering, mapping and environmental analysis projects.
MAY 22
Inauguration of the AeTech Center
On May 22 we will welcome our new R&D hub, where cutting-edge technology and innovation converge to transform the geospatial sector. During this inaugural event, our capabilities in the development and industrialization of LiDAR sensors, digital cameras and advanced geospatial information capture systems will be presented.