
0.5cm accuracy · NDAA/Blue-compliant hardware · Bid-ready deliverables
UAV LiDAR projects are executed using defined acquisition parameters and controlled processing standards to ensure consistent terrain outputs across large and complex sites. This approach supports reliable use of LiDAR data in engineering design, infrastructure planning, and regulated project environments.
LiDAR measurement accuracy suitable for engineering and survey applications
Up to 2,000,000 Points per Second High- density data capture for detailed terrain modeling
Efficient coverage for large and complex project sites
Qualified systems for government and regulated projects
UAV LiDAR – short for Light Detection and Ranging – uses a laser sensor mounted on a drone to collect accurate terrain data from the air. As the drone flies over a site, it fires laser pulses at the ground and measures how they bounce back, capturing up to 2,000,000 readings per second. That data is then processed into 3D point clouds, digital terrain models, and other engineering-ready outputs.
The main advantage over photogrammetry is that LiDAR works through vegetation. Where photogrammetry relies on images and can’t see past tree cover, UAV LiDAR captures true ground elevations even in wooded or uneven terrain making it a better fit for topographic surveys, flood analysis, and infrastructure planning. It also cuts field time significantly compared to traditional ground-based surveying.
Than traditional aerial survey methods
ClearedDirect operates as a professional drone as a service provider, combining enterprise-grade UAV LiDAR systems with local operational expertise to deliver reliable terrain data that meets engineering and public-sector requirements, without the cost and complexity of large national providers.
Enterprise-grade UAV LiDAR is delivered through project-based pricing suited for sites of all sizes. This approach provides access to high-quality LiDAR data without the overhead of large surveying firms.
UAV LiDAR operations use NDAA/Blue-compliant platforms that meet federal procurement requirements. This enables participation in DOT, FEMA, municipal, and other regulated infrastructure projects.
Optimized UAV LiDAR flight plans support efficient coverage of large and complex sites. Field time is reduced while maintaining consistent data quality across projects.
UAV LiDAR projects are supported by FAA Part 107 certified pilots and field teams. Local experience across Central Texas terrain supports reliable site operations.
LiDAR data is processed into digital terrain models ready for engineering use. Outputs integrate directly with Civil 3D, ArcGIS, and common GIS platforms.
LiDAR project pricing is defined upfront based on site conditions and scope. This ensures predictable budgeting for single-site and multi-site projects.

Every UAV lidar project includes professionally processed data and terrain models formatted for immediate use in engineering, drone surveying services, and GIS applications.
Up to 2,000,000 points per second for high-density terrain capture
-0.5cm accuracy when operated with RTK/PPK positioning
Approximately 1 cm typical under standard operating conditions
Effective LiDAR range exceeding 440 meters
Up to 32 discrete returns for improved vegetation and ground detection
100° scanner for comprehensive terrain coverage
Coverage per Mission Up to 300 acres per flight within a typical 30-minute mission
Integrated RTK/PPK GNSS with base station support
YellowScan Voyager UAV LiDAR system deployed on NDAA-compliant UAV platforms
LiDAR mapping is applied across a wide range of engineering, infrastructure, and environmental projects. Survey-grade terrain data supports planning, design, and analysis workflows across diverse site conditions throughout Central Texas.
UAV LiDAR mapping supports site planning, earthwork calculations, and as-built documentation. Terrain data integrates directly with Civil 3D workflows to support grading, cut and fill analysis, and construction progress tracking.
Grading plans · Cut and fill analysis · Foundation verification · Progress tracking
Drone LiDAR mapping provides accurate terrain models for subdivisions, commercial developments, and master-planned communities. Elevation data is used early in the design process to support layout, drainage, and slope analysis.
Boundary surveys · Plat development · Easement mapping · Slope analysis
UAV LiDAR mapping supports corridor studies, right-of-way analysis, and infrastructure planning. Data collection aligns with TxDOT and federal requirements for transportation and utility-related projects.
Corridor mapping · Asset inventory · Clearance verification · Design surveys
LiDAR UAV data supports floodplain mapping, wetland delineation, and environmental assessment. Vegetation-penetrating LiDAR captures true ground elevations for erosion analysis and watershed planning.
FEMA flood studies · Erosion monitoring · Vegetation analysis · Watershed planning
UAV drone mapping supports power line corridor surveys, pipeline planning, and renewable energy site assessment. Elevation and clearance data help identify encroachments and potential conflicts.
Transmission corridors · Solar site surveys · Pipeline monitoring · Substation mapping
Rapid UAV LiDAR mapping supports disaster assessment and emergency response planning. Terrain data is used for flood damage analysis, wildfire mapping, and post-event documentation when time is critical.
Flood damage assessment · Wildfire mapping · SAR terrain modeling · Insurance documentation
From initial consultation to final digital terrain model deliverables, our drone as a service handles every step with precision and professionalism.
We assess your UAV drone survey requirements, determine optimal flight parameters, and provide detailed drone services pricing. We will help you decide if lidar drones, photogrammetry, or traditional methods best fit your needs.
Our FAA Part 107 pilots establish ground control points (GCPs), configure RTK/PPK positioning on our lidar UAV, and execute systematic flight patterns for comprehensive aerial drone survey coverage.
Raw drone lidar data is processed using industry-standard software. Point clouds are classified, georeferenced, and quality checked to ensure they meet survey-grade accuracy standards for your digital terrain model.
We generate your requested outputs, including DTMs, DSMs, contours, CAD files, and more in formats compatible with your engineering and GIS workflows. Professional drone survey services are delivered within 3 to 5 business days.
See how UAV drone mapping services deliver meaningful time and cost advantages compared to photogrammetry and conventional ground based surveying methods.
*Drone services cost varies based on project complexity, site conditions, and deliverable requirements. Contact us for accurate lidar drone cost quotes.








ClearedDirect partners with Frontier Precision to deliver industry-leading LiDAR mapping services throughout Central Texas.
Our team combines enterprise YellowScan LiDAR equipment (Voyager) with elite drone surveying expertise to provide 0.5cm vertical accuracy on your civil and environmental projects.

Our professional-grade equipment is specifically configured for the diverse environmental and infrastructure challenges throughout Central Texas. ClearedDirect’s drone fleet is field-optimized to produce engineering-grade results on large sites, in rugged terrain, and under time-sensitive conditions.
We understand that different projects have different requirements.
Our team can help you determine whether drone LiDAR, photogrammetry, or traditional surveying methods are most appropriate for your specific site needs and budget.
512-508-8373
info@cleareddirect.com
Austin, TX








Whether the goal is civil engineering design, land development, environmental analysis, or infrastructure planning, survey grade UAV LiDAR mapping provides reliable terrain data for informed decisions. Project teams receive accurate digital terrain models delivered on time and aligned with defined scope and budget expectations.
Based in Austin, we provide drone LiDAR mapping services throughout Central Texas, including Travis, Williamson, Hays, Bastrop, and surrounding counties. For larger projects, we can mobilize to locations across Texas and the Southwest. Contact Details:
Tell us about your UAV drone survey project and we’ll respond within 24 hours.
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