Our solutions

Aerial LiDAR

DAS Geospatial provides expert aerial LiDAR for commercial, industrial, and transportation applications. Our geospatial solutions include end-to-end LiDAR data acquisition from mobile and terrestrial platforms complete with data processing and engineer design level point clouds.

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“We’ve used DAS for both large-acreage projects to create basemaps for pad construction as well as UAV work for asset inspections and we’ve always been impressed with the results.”
Asset Manager for a Public Oil & Gas Operator

Mobile LiDAR

DAS Geospatial is a specialist in 3D laser scanning, which offers a fast and efficient solution to acquire data from our selection of aerial platforms (fixed wing, helicopter, and UAV). Offering design-level accuracy, DAS mobile LiDAR captures all required measurements in a single pass, accelerating project delivery and minimizing data acquisition costs. An ideal choice for construction projects and transportation infrastructure of all types.

Terrestrial LiDAR

Terrestrial LiDAR (also known as Terrestrial laser scanning or topographic LiDAR) acquires 3D coordinates of multiple points for a ground-based object by emitting laser pulses and measuring the distance from the target to the measurement device, providing DAS Geospatial clients design-level 3D and digital terrain models. We combine the latest LiDAR sensor technology with an unmatched background in data acquisition, processing, and analysis, enabling DAS Geospatial to integrate mobile, terrestrial, and historical data for a complete, 4D view of projects over time.

Recently completed projects // View all projects

153 Mile Transmission Line In New Mexico

DAS Acquired 15cm imagery and 20ppsm LiDAR data for a 153 mile transmission line, including Aerial Triangulation, LiDAR data processing and point cloud classification, Stereo Compilation of all visible surface improvements and breakline, and DTM of LiDAR bare earth points and photogrammetric breaklines. Deliverables included 1" = 100' Planimetric mapping in 2D and 3D AutoCAD DWG format 3D 2-Ft contour data in AutoCAD DWG, 3D DTM (includes 3D planimetric features) in AutoCAD DWG, 0.50-Ft ground resolution digital orthophotography in enhanced compression wavelet (ECW), orthophoto index map in DGN, KMZ, and PDF format showing the location of each orthophoto panel, Bare Earth LiDAR point file in LAS, and LiDAR Calibration Report.

SH 380 and Spur 399 In North Texas

DAS Acquired 5cm imagery and 30ppsm LiDAR data for a 76 mile section of highway in north Texas, including Aerial Triangulation, LiDAR data processing, Stereo Compilation of all visible surface improvements and breaklines, DTM of LiDAR bare earth points and photogrammetric breaklines, and supplemental field data merger from 3 surveyors. Deliverables included 1" = 40' Planimetric mapping in 2D and 3D MicroStation V8I, Statement of Map Accuracy, Ground Truthing QC Report, Aerial Imagery and/or LiDAR flight Certification(s), 3D 1-Ft contour data in MicroStation V8I, 3D DTM (includes 3D planimetric features) in MicroStation V8I, TIN data in GeoPak, 0.25-Ft ground resolution digital orthophotography in enhanced compression wavelet (ECW), Orthophoto index map in DGN, KMZ, and PDF format showing the location of each orthophoto panel, Bare Earth LiDAR point file in LAS, and LiDAR Calibration Report.

Proposed Water Line in Guadalupe and Caldwell Counties, Texas

DAS Acquired 5cm imagery and 30ppsm LiDAR data of a 20.26 mile route, including Aerial Triangulation, LiDAR data processing, Stereo Compilation of all visible surface improvements and breaklines, and DTM of LiDAR bare earth points and photogrammetric breaklines. Deliverables included 1"=50' Scale 2D planimetric mapping in AutoCAD DWG, One (1)-foot contour data in AutoCAD DWG, 3D DTM data in AutoCAD DWG, 0.25-foot ground resolution digital orthophotography in ECW, and LiDAR bare earth data in .las.