How We Capture Reality: Technology That Measures Everything Above and Below Ground
Terrestrial Laser Scanning TLS
Tripod-mounted phase-shift and time-of-flight scanners capture full 360° point clouds at rates exceeding two million points per second, delivering ±1–2 mm range accuracy alongside high-resolution colour panoramic imagery from every setup position. Each deployment simultaneously records precise geometry and surface reflectance — producing both dimensional models and condition documentation without a second mobilisation.
SLAM Based Mobile LiDAR
Wearable and handheld scanning systems using Simultaneous Localisation and Mapping (SLAM) algorithms to capture continuous point clouds at walking speed — covering 3,000+ m² per hour at 15–20mm realworld accuracy. Operators move freely through complex multilevel environments — pipe racks, cable trays, stairwells, tank farms — without tripod setups, reducing field time by up to 70% compared to static TLS while maintaining sufficient accuracy for as built documentation, clash detection, and space management.
Aerial LiDAR & Drone Photogrammetry
UAV mounted LiDAR sensors emitting laser pulses that penetrate vegetation canopy and map terrain, structures, and linear assets with ±2–5cm vertical accuracy at densities exceeding 100 points per m². Drone photogrammetry captures overlapping high-resolution imagery processed into Ortho mosaics, digital surface models, and textured 3D meshes — filling the gap between ground level scanning and satellite scale mapping for large industrial sites, corridor surveys, and stockpile volumes.
Hybrid Reality Capture Workflows
Our most demanding projects combine all platforms into a single georeferenced dataset. TLS anchors survey grade control, SLAM mobile scanning fills complex interiors at speed, aerial LiDAR covers rooftops, elevated structures, and sitewide context, and close-range photogrammetry resolves critical interfaces — all registered into one seamless, coordinate controlled 3D model of the entire asset.
Doha, Qatar
GMT-3
