LiDAR
IN A WORLD WHERE ACCURATE DATA IS PARAMOUNT, LiDAR LEADS THE WAY WITH UNPARALLELED ACCURACY AND DEPTH OF INFORMATION
PRECISION & ACCURACY
Fifteen years of experience in collecting and processing aerial, mobile, UAS, and static terrestrial LiDAR data has cultivated a path of excellence.
By continually adapting and expanding into new technologies, we have refined our techniques to provide the fastest and most accurate way to measure 3D locations.
SERVING YOUR INDUSTRY
SOLUTIONS THAT ARE BUILT TO SUIT
At Aero-Graphics, we offer a diverse range of LiDAR solutions tailored to capture the most detailed and accurate data across various environments.
FEATURE EXTRACTION
Identify terrain, buildings, vegetation, and infrastructure from LiDAR data. These insights support mapping applications, urban planning, forestry, and navigation. Advanced techniques ensure precise and reliable insights for various projects.
FLOOD PLAIN MAPPING
LiDAR data is crucial for flood risk assessment and modeling, helping to predict areas at risk of flooding and plan mitigation strategies. It can also be used to monitor and analyze landslide-prone areas by providing detailed topographic information.
URBAN PLANNING & INFRASTRUCTURE
LiDAR creates 3D models of urban areas, which are valuable for urban planning, infrastructure development, and disaster management. Monitor and manage the clearance between power lines and vegetation to prevent outages and ensure safety.
TOPOGRAPHIC MAPPING
LiDAR is used to create detailed Digital Elevation Models (DEMs) and Digital Terrain Models (DTMs) for various purposes, including construction planning, critical mineral exploration, and land-use management.
ENVIRONMENTAL MONITORING
LiDAR is a critical tool for mapping coastal areas, monitoring shoreline changes, and assessing the impact of erosion, sea-level rise, and storm surges. It helps in mapping and monitoring habitats for conservation purposes, including wetland delineation and monitoring of endangered species habitats.
FORESTRY & VEGETATION ANALYSIS
Airborne LiDAR can measure the height of tree canopies, which is valuable for forest inventory, biomass estimation, and understanding forest structure. It also assists in distinguishing between different vegetation types based on structural characteristics.