LiDAR Services

LiDAR mapping and point-cloud processing

High-detail elevation, terrain, corridor, and bathymetry outputs for survey, engineering, planning, and remote sensing teams.

Light Detection and Ranging

Detailed mapping from laser-measured surface data.

Detailed mapping from laser-measured surface data provides highly accurate terrain and elevation information for a wide range of geospatial applications.Using advanced LiDAR technology, precise surface measurements are captured to create reliable 3D models, Digital Surface Models (DSM), and Digital Terrain Models (DTM) for engineering, construction, mapping, and environmental analysis.

Hill LiDAR elevation  model GIS mapping visual

3D Modelling

3D Modelling services transform LiDAR and survey data into accurate digital representations for visualisation, planning, engineering, and GIS applications. High-quality 3D models help improve project analysis, infrastructure design, simulation, and decision-making across various industries.

Ground Surface & Terrain Model

Ground Surface and Terrain Models provide accurate representations of the natural land surface by removing buildings, vegetation, and other above-ground objects from LiDAR data. These models support terrain analysis, infrastructure planning, flood assessment, construction projects, and topographic mapping with precise elevation information.

Hydrographic Survey & Underwater Terrain Model

Hydrographic Survey and Underwater Terrain Models provide accurate mapping of seabed surfaces, coastal regions, rivers, and shallow water environments. Using advanced LiDAR and survey technologies, detailed underwater elevation data is captured to support marine construction, coastal management, navigation safety, dredging operations, and environmental monitoring.

Hydrographic Survey & Underwater Terrain Model process

  • Seafloor elevation mapping
  • Underwater terrain classification
  • Coastal and shoreline analysis
  • Water depth measurement data
  • River and coastal bathymetric models
  • 3D underwater surface generation
  • Marine navigation support data
  • Hydrographic survey point cloud processing

Benefits With This Process

  • Accurate underwater terrain and depth analysis
  • Improved coastal and marine infrastructure planning
  • Supports safe marine navigation and dredging operations
  • Efficient monitoring of shoreline and seabed changes
  • High-precision data collection for environmental studies
  • Cost-effective surveying for large water bodies
  • Enhanced planning for offshore construction projects
  • Reliable geospatial data for hydrographic applications
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