Airborne LiDAR systems are essential for high-precision mapping, infrastructure monitoring, and environmental analysis, providing detailed 3D models for diverse applications.
In surveying and corridor mapping, helicopter-mounted LiDAR offers precise mapping of powerlines, pipelines, railways, and highways, capturing high-resolution data along narrow corridors. For topographic and terrain mapping, these systems generate Digital Elevation Models (DEMs) and Digital Surface Models (DSMs), aiding in urban planning, flood modeling, and infrastructure development.
LiDAR is also crucial for forestry and vegetation monitoring, measuring canopy density, tree height, and biomass to support environmental and resource management. In disaster response, it enables rapid assessment of landslides, floods, and earthquake-affected areas, penetrating dense forest cover to locate debris or blocked pathways in search and rescue missions.
For mining and resource exploration, LiDAR provides 3D models of excavation sites, supporting volume calculations, safety assessments, and operational planning. With high-accuracy terrain mapping and real-time data acquisition, airborne LiDAR continues to enhance precision, efficiency, and decision-making across multiple industries.
