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Civil Engineering Firms · Georeferenced site data

DRONE SITE DATA FOR CIVIL ENGINEERS
IN AUSTIN, TX.

Your as-built data doesn't drop into CAD, and your client deadline isn't moving. You get georeferenced point clouds, orthomosaics and cut/fill reports, typically 2–3 business days after the flight.

Clear Ground delivers drone topo, point clouds, orthomosaics and cut/fill reports to civil engineering firms in Austin and Central Texas. A standalone scan runs $500–$1,500 per scan, with reports typically 2–3 business days after the flight. Files import into AutoCAD and Civil 3D. This is not a boundary survey.

Request a Scan Quote

    Request a Quote

    Send us a message for a free quote. We answer the same business day.

    Austin Metro · Round Rock
    Cedar Park · Georgetown · San Marcos
    The Problem You Already Know
    01

    Waiting on existing-conditions data slows design.

    Your design schedule doesn't pause while you wait on field data. You end up assuming existing conditions that don't get checked until it is expensive to change the plan.

    02

    As-built data that doesn't integrate.

    You receive a PDF and a field sketch. Someone on your team has to rebuild it in CAD. Every hand-off adds a chance for error. You need georeferenced data in a format your CAD software opens.

    03

    Disputed quantities. Client disputes.

    When volumetric estimates don't match final bills, you're the one explaining the discrepancy to your client. You need a verifiable system of record — one that measures what was actually moved, not what was guessed at before mobilization.

    Your Data, Step by Step

    FROM FIELD REQUEST
    TO CAD FILES.

    RTK drone capture and processing. One call, one flight, one deliverable in your file format, typically 2–3 business days after the flight.

    01
    Field Request
    You need topo, as-built or volumetric data. We answer the same business day and schedule the flight with you.
    →
    02
    Drone Capture (RTK)
    DJI Mavic 3 Enterprise with RTK captures the site surface. RTK-corrected drone photogrammetry, checked against ground points on site.
    →
    03
    Processing
    Point cloud generation, orthomosaic stitching, and volumetric analysis in Pix4D and InSite Elevation Pro.
    See the technology →
    →
    04
    Delivery
    Georeferenced files in your preferred format: .dwg contours and surfaces, point cloud, GeoTIFF, or web viewer.
    →
    05
    Import
    Imports into AutoCAD and Civil 3D. Coordinates in NAD83 / Texas State Plane, Central Zone.
    View data specs →
    Conventional ground survey setup on a construction site (illustration)
    Traditional
    Clear Ground drone and RTK setup capturing a construction site (illustration)
    Clear Ground
    Georeferenced point cloud and orthomosaic of a site (illustration)
    Site data at every phase

    AT ANY PHASE OF YOUR PROJECT
    SEE THE SITE AS IT IS

    Existing Conditions
    PHASE 01 — BEFORE THE FIRST BUCKET

    SURFACE TOPO. BEFORE DESIGN.

    Your design starts with data, not assumptions. We deploy a Mavic 3 Enterprise RTK drone that captures the site surface: topo, vegetation, visible utility features and drainage patterns. RTK-corrected drone photogrammetry, checked against ground points on site. Delivered as a georeferenced point cloud your CAD software opens. A drone models the ground surface. Rock, footings and buried lines below the surface are found with test holes, probing, 811 locates and GPR where needed.

    RTK DRONE CAPTURE · GEOREFERENCED POINT CLOUD · ORTHOMOSAIC · CONTOUR GENERATION · CAD-READY EXPORT
    Civil site data workflow from drone capture to CAD files (illustration)
    1/5
    2/5
    3/5
    4/5
    5/5
    Existing-conditions topo captured by drone (illustration)
    Cut/fill volumetric map of an earthwork site (illustration)
    Progress overlay comparing two site scans (illustration)
    Open trench before backfill (illustration)
    Delivered CAD and point cloud files (illustration)
    Data Deliverables

    SPECS, NOT PROMISES.

    Every Clear Ground project produces structured, georeferenced data deliverables. These are the datasets your team brings into active design and construction workflows.

    Deliverable 01
    3D Digital Twin
    Georeferenced orthomosaic and point cloud model generated via DJI Mavic 3 Enterprise RTK. Full-site surface capture. RTK-corrected drone photogrammetry, checked against ground points on site. Web viewer with measurement, annotation and sharing tools.
    Output: Point Cloud · Orthomosaic · 3D Mesh
    Formats: .las · .laz · .tif · .obj
    Platform: Pix4D web viewer
    Deliverable 02
    Earthwork Volumetrics
    Quantified cut/fill reports generated via InSite Elevation Pro. Verified against initial RTK baseline scans. In billing disputes, this is data both sides can check. Exportable and auditable.
    Output: Cut/Fill Report · Surface Comparison
    Formats: .pdf · .csv · .xml
    Platform: InSite Elevation Pro
    Deliverable 03
    CAD Export
    Georeferenced topo surfaces and contours formatted for your design environment, delivered in NAD83 / Texas State Plane, Central Zone.
    Output: Surfaces · Contours
    Formats: .dwg · .las
    Platform: AutoCAD · Civil 3D
    View Full Technology Specs Request Certificate of Insurance

    Our drone scans measure surfaces, quantities and grades. They are not a boundary survey or a sealed survey by a licensed surveyor, and a drone cannot see below the ground surface. Registered on Avetta and ISNetworld. Certificate of insurance and additional-insured endorsement provided before work starts.

    Data services pricing

    ServiceUnitRangeTypical timeline
    Standalone drone topo and volume report: orthomosaic, point cloud, contours, cut/fillper scan$500–$1,5002–3 business days after the flight
    Larger sites and repeat scansby siteQuoted after we see the acreage and the number of flights. Written quote within 48 hours of the site walk.

    Prices reviewed: September 2026. Ranges for Austin and Central Texas; your site walk sets the final number.

    By the Numbers
    2–3 days
    Typical Flight to Report (Business Days)
    .dwg
    CAD Contours and Surfaces
    Same day
    Reply to Your Inquiry
    "

    Georeferenced photogrammetry delivered as topo, point cloud and volumes, in files your CAD software opens. We're the field data arm you don't have to hire.

    — Cody Baird, Owner

    Frequently asked questions

    How much does a standalone drone scan cost?

    $500–$1,500 per scan for a topo and volume report. Larger sites and repeat scans are quoted after we see the site.

    How fast do I get the data?

    Typically 2–3 business days after the flight. That covers processing and the report, not scheduling. We answer the same business day.

    How accurate is the data?

    RTK-corrected drone photogrammetry, checked against ground points on site. Our drone scans measure surfaces, quantities and grades. They are not a boundary survey or a sealed survey by a licensed surveyor, and a drone cannot see below the ground surface.

    Does this replace my surveyor?

    No. It supports your design with surface data. Boundaries, sealed topo and buried utility locations come from a licensed surveyor and 811 locates.

    Which file formats and coordinates do you deliver?

    Point cloud (.las, .laz), GeoTIFF, .dwg contours and surfaces, and cut/fill reports. Coordinates are NAD83 / Texas State Plane, Central Zone.

    Is the iPhone scan survey-grade?

    No. The SiteScape iPhone scan is a quick visual record of open trenches and footings before backfill. Use your surveyor for as-built locations.

    WE LET THE DATA SPEAK FIRST.

    Request a sample dataset. We'll show you exactly what a Clear Ground deliverable looks like — point cloud, volumetric report and CAD export, before you commit to anything. No sales pitch. Just data.

    Sample Dataset Available · No Obligation