At Aerolaser we acquire high-precision topographic data for a multitude of applications. This allows us to automatically generate digital elevation models for linear infrastructure, water basins, forestry management and city modeling, among others.
We generate products to digitally reconstruct the landscape in a faithful and detailed way.
Production of normal and true RGB, NIR orthophoto. Orthorectification with digital models obtained from LiDAR data.
We generate detailed 2D and 3D cartography at different scales and for different uses.
Production of oblique photos that favor the identification of details difficult to see in zenithal images.
Production and interpretation of infrared imagery for forestry, agriculture and infrastructure applications
The digital terrain model (DTM) represents the ground surface without elements such as buildings or vegetation and gives the terrain height value for each pixel.
The digital surface model (DSM) represents the land surface including all elements such as trees, buildings and other infrastructure.
We orthorectify images using a Digital Surface Model (DSM), which eliminates perspective distortion. There are no displacements caused by reliefs or tall structures, which means that the inclination of the buildings does not hide the entities on the ground and allows the identification of the buildings’ footprints.
We directly interpret IR photographs for forestry, agricultural or power line applications, without modifying the digital pixel level or carrying out the same photogrammetric process as RGB, guaranteeing maximum accuracy.
Take your projects to the next level
Contact us and discover how to improve and optimize your projects with our high quality and high definition digital models for all types of studies.
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.
