Precision Drone Geospatial Deliverables

GIS Mapping & Aerial Survey Deliverables

High-accuracy geospatial data and photogrammetric deliverables. Aero2Astro processes topographic maps, contours, and 3D terrain models captured locally by verified ground partners.

Topographic Mapping Data pipeline

Our structured workflow ensures sub-centimeter accuracy for construction, mining, and infrastructure operations.

01
STAGE 01

Flight & GCP Mission planning

Import KML boundaries, map Ground Control Point (GCP) configurations, and compile UAV flight instructions with pre-calculated overlap margins.

02
STAGE 02

Data Acquisition Run

Vetted ground partners execute flight runs using calibrated sensors to capture high-resolution georeferenced raw imagery (RTK/PPK corrected).

03
STAGE 03

Geospatial Processing

Centrally process raw uploads to align with ground coordinates, filter points, and compile topographical height maps.

04
STAGE 04

Deliverable Generation & Export

Extract orthomosaic tiles, contour maps, digital surface models, and 3D textured mesh layouts in engineering formats.

Centimeter-Level Precision for Critical Infrastructure

By leveraging our nationwide verified ground partner network, Aero2Astro executes localized flight runs rapidly. Vetted partners capture raw aerial data which is then centrally processed by our geospatial team to deliver centimeter-level contours, DEMs, and point cloud structures.

Topographic Analysis & Contours

Receive contour mappings, digital elevation models (DEM), and digital surface models (DSM) generated centrally from raw coordinate runs to evaluate drainage, corridor slopes, or mine volumes.

Dense Point Cloud Processing

Access classified point clouds (LAS/LAZ format) to map high-voltage transmission lines, evaluate vegetation canopy parameters, or calculate volume changes.

Standard Deliverable Formats

GeoTIFF

Orthomosaic maps and digital elevation tiles ready for direct import into ArcGIS, QGIS, or Global Mapper.

LAS / LAZ

Georeferenced point cloud datasets generated via aerial LiDAR sensors or photogrammetry matching.

DWG / DXF

Contour vectors, cadastral maps, and topographic point data formatted for AutoCAD or Civil 3D.

OBJ / PLY

Textured 3D mesh files representing structures, stockpiles, and land terrains for digital twin visualization.