In a region undergoing rapid transformation – from the giga-projects of Saudi Arabia to the infrastructure expansions of Dubai and Abu Dhabi – LiDAR (Light Detection and Ranging) is the primary tool for large-scale topographic intelligence.
Unlike traditional surveying methods, LiDAR utilizes rapid laser pulses to map thousands of hectares with centimeter-level precision in a fraction of the time and provides the foundational data needed for urban planning, flood risk assessment, and infrastructure design.
We deploy a versatile fleet of LiDAR technology to match the scale and complexity of any project site:
- UAV-Mounted LiDAR (drone): it delivers high-density point clouds for construction sites, mines, and steep slopes, offering the perfect balance of detail and speed.
- Mobile Mapping Systems (MMS): it’s a vehicle-mounted LiDAR for rapid corridor surveys of road networks, railways, and utility pipelines. This provides a comprehensive 360° digital record of road assets and corridor topography without disrupting traffic.
- Terrestrial LiDAR (static): it is a tripod-based system for ultra-high-resolution documentation of buildings and industrial facilities.
By utilizing a diverse range of ground-based and mobile scanning technologies, we deliver millimetric accuracy for engineering, construction, and asset management – without the limitations of traditional aerial-only surveys. While aerial surveys offer scale, our ground-based 3D scanning provides the surgical precision required for detailed engineering and “as-built” verification.
Our LiDAR surveys translate raw laser data into intelligent, GIS-ready deliverables, like:
- Classified Point Clouds: cleaned 3D data categorizing ground, vegetation, and man-made structures;
- Digital Terrain Models (DTMs): “bare earth” models that strip away vegetation – essential for drainage design and flood modeling;
- Digital Elevation Models (DEMs): comprehensive surface models including all natural and built features;
- High-Accuracy Contours: detailed 2D/3D topographic maps for engineering and architectural planning;
Volumetric Reports: precise earthwork calculations for cut-and-fill optimization in civil works.
