Loris Drone Services

Loris sits within a broad rural and small-city service area where agricultural parcels, commercial properties, utilities, and new development can require very different capture plans. AeroFrohne scopes each site by boundary, vegetation, access, accuracy target, and intended CAD, GIS, quantity, or 3D workflow.

Orthomosaics & GIS ready exports georeferenced outputs for planning, documentation, and reporting.

Surfaces, contours & volumes DSM/DTM, contour lines, and stockpile/earthwork measurements.

Measurable 3D models deliverables suitable for CAD/GIS workflows and stakeholder communication.

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Loris SC RTK Land Mapping

Drone mapping for Loris acreage, utilities, and construction sites

Large or irregular parcels around northern Horry County are easier to coordinate when current aerial imagery, access routes, visible drainage, structures, and terrain are referenced in one map. Repeatable capture can also document construction stages or material quantities without relying on disconnected ground photos.

Local coverageLoris and surrounding Horry County.
Controlled captureSite-specific airspace checks, mission planning, and RTK/PPK workflows.
Decision-ready outputsOrthomosaics, surfaces, contours, volumes, CAD/GIS exports, and QA notes.

Drone Services Gallery

A curated visual set of RTK drone services deliverables for Loris, South Carolina, including mapping, surfaces, contours, volumes, and 3D model examples.

Top-down orthomosaic of an industrial yard with basins and graded material.

Colorized elevation surface over a tank containment pad and berms.

Orthomosaic of a commercial building and parking area adjacent to a road.

Elevation heatmap overlay on a building site showing height variation.

Orthomosaic of a tank farm with several circular storage tanks and access roads.

Elevation color map over a tank farm highlighting berms and surface slopes.

Dense yellow point cloud overlay on a site map indicating scan coverage.

Large orthomosaic of an industrial yard with equipment rows and a central access road.

Oblique 3D model view of an industrial site with buildings and yard features.

Close-up textured terrain surface showing slope and ground features near water.

Oblique 3D model of a large site with highlighted areas and feature markings.

3D model view of a site with a structure outlined for measurement or review.

Oblique 3D model of a graded site with markings and surrounding context.

Orthomosaic of a square site with colored analysis overlay and boundary lines.

Elevation heatmap with a boundary polygon and highlighted site features.

Full-site elevation color map showing slope and elevation variation across a boundary.

Oblique 3D model with a field of camera markers above the site for coverage review.

3D model of a site with flight reconstruction points shown above for alignment context.

Oblique 3D model of an industrial site with buildings and graded areas visible.

Perspective 3D model view of a site with buildings, roads, and annotated areas.

3D model of a commercial building with parking lot and surrounding pavement edges.

3D model of a building site with control points and linework visible for measurement.

Top-down rotated 3D model of a small commercial building and parking area.

Oblique 3D model of a commercial building with camera position markers above the scene.

Loris Drone Services FAQ

How should a large Loris parcel be defined for drone mapping?

Send a parcel export, KML, KMZ, or clearly marked boundary rather than relying only on a street address. Include gates, launch options, livestock, crops, woods, power lines, and any neighboring areas that must stay outside the capture plan.

Can Loris projects include repeat construction flights?

Yes. Repeat missions can use a consistent boundary, altitude, overlap, and control approach to create comparable progress maps and images. Weather, site activity, and temporary obstructions are documented so changes are interpreted in context.

What terrain information is realistic on wooded Loris sites?

Photogrammetry describes visible surfaces well, but dense canopy can prevent cameras from seeing the ground. A DSM may still represent treetops, while a dependable bare-earth DTM may require leaf-off conditions, LiDAR, or supplemental survey data.

Which communities are near the Loris service area?

AeroFrohne can evaluate eligible project addresses in Loris and around Finklea, Green Sea, and Conway. County lines, mobilization distance, airspace, and access are checked from the actual site rather than assumed from the nearest town name.

What controls turnaround for a Loris mapping deliverable?

Acreage, vegetation, control points, travel, safe access, weather, processing depth, and file formats all influence turnaround. Clear requirements for contours, quantities, CAD/GIS files, or 3D modeling make the estimate more precise.