At Aerolaser we provide photogrammetric survey and LiDAR services. We carry out massive captures of spatial data to generate specific products, adapting to the requirements of the projects and with the capacity to obtain endless information.
We have the capacity to execute large-scale projects for a multitude of applications
Capturing reality with the most advanced sensor systems in geospatial technology
We develop technology to refine capture methods and optimize data collection
We create new solutions to facilitate and speed up data processing and analysis tasks
We specialize in the integral capture of geospatial data, covering all dimensions: aerial, terrestrial and maritime.
We specialize in the massive capture of aerial geospatial data, using our advanced airborne sensor systems. These systems allow for high-resolution images and detailed topographic data from the air, providing a wide and accurate view of the terrain. This capture dimension is ideal for a multitude of applications, as it offers fast and extensive coverage making it easier to analyze and make informed decisions.
Extremely accurate LiDAR data
LiDAR technology is capable of transforming the physical world into accurate and detailed digital data. This technique uses laser pulses to measure distances to objects, allowing the creation of precise three-dimensional models of the terrain and the elements that compose it.
Accurate representation of reality
Photogrammetry allows the precise measurement of dimensions and position of the elements we capture with our sensor systems. Combined with LiDAR data, we get a detailed and complete three-dimensional view of the environment.
Oblique image capture
Aerial photography includes, in addition to zenithal photographs, oblique images.
This involves capturing the scene under an angle of inclination to improve the visibility of the vertical elements of the environment.
Detection of hot spots in infrastructures and conductors
Thermography allows the infrared radiation of an object to be captured, allowing the temperature to be determined from a distance and without the need for physical contact.
4K-8K videos at 30fps compressed in-flight
Our high-resolution videos reveal details that would otherwise go unnoticed. This format allows:
Our ground data capture uses a combination of LIDAR technology and 360° photography through mobile mapping systems. Vehicle-mounted equipment scours the terrain, collecting accurate and detailed information about the environment. This approach is essential for high-precision mapping, 3D infrastructure modeling, and road and urban network analysis. Land-based capture is critical for construction, infrastructure maintenance, and resource management projects, providing accurate and up-to-date terrain data.
Extremely accurate LiDAR data
LiDAR technology is capable of transforming the physical world into accurate and detailed digital data. This technique uses laser pulses to measure distances to objects, allowing the creation of precise three-dimensional models of the terrain and the elements that compose it.
We capture the 360º of the environment
360° photography provides a complete and immersive view of the environment, capturing details in all directions from a single point. Using specialized cameras mounted on ground vehicles, spherical images are obtained that allow an immersive and detailed visualization of the terrain.
These 360° photographs are essential to create accurate and up-to-date digital maps, facilitating the inspection and analysis of infrastructures, urban roads, rural areas and any geographical environment. Its integration into mobile mapping systems significantly improves the quality and accuracy of the data collected, optimizing processes in various industries such as construction, urban planning, natural resource management and territorial planning.
In the maritime dimension, we specialize in geospatial data capture using technologies such as multibeam bathymetry and surface side scanning. These methods make it possible to map the seabed with great precision, identify underwater structures and monitor coastal dynamics. Maritime data capture is crucial for safe navigation, oceanographic research, marine resource management, and environmental protection. We offer comprehensive solutions that allow for a detailed understanding of marine ecosystems and underwater geographical features.
We perform bathymetry using AeBat, Aerolaser's own technology
Our combination of techniques allows us to obtain continuity between the seabed and the structures or immediate elements above sea level, obtaining very precise data from both scenarios. Our system simultaneously:
This capability allows us to perform comprehensive analysis and provide precise solutions for a variety of applications, from coastal planning to marine resource management and subsea engineering.
We capture the seabed with precision
Bathymetry is an advanced technique used in the capture of maritime geospatial data that allows the seafloor to be mapped with high precision and resolution. Using a multibeam echo sounder, multiple sound beams are fan-shaped towards the seafloor. These beams bounce off the bottom and return to the system, providing detailed data on depth and underwater topography.
Accurate immediate surface information
Surface side-scan with LIDAR technology is an advanced technique used to obtain detailed surface information in the study area. This technology provides accurate and detailed data, complementing the information obtained with the multibeam echo sounder and improving the understanding of underwater environments.
The LiDAR technology we use at Aerolaser is characterized by its efficiency, precision and versatility in a multitude of applications
We captured LiDAR scenarios with the density required by the project. We achieved complete coverage of all terrain details, even under dense vegetation, and eliminated interpretation errors.
We use field control techniques to guarantee the project's accuracy. Our systems provide highly accurate information for a detailed representation of the environment.
Our advanced technology uses trained artificial intelligence algorithms to automatically digitize and classify LiDAR data, identifying and labeling all elements in record time.
LiDAR captured on a ground vehicle
LiDAR captured by helicopter
LiDAR captured by boat
Comprehensive geospatial data capture service
Trust Aerolaser for your geospatial projects and access endless detailed, accurate information adapted to your needs
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