////// Deliverables

Deliverables and file formats

What you actually receive at the end of a project. Every deliverable is produced under a licensed survey engineer, comes with an accuracy report and is supplied in your coordinate reference system.

01 — ORTHOPHOTO

Orthomosaic

A georeferenced, distortion-corrected aerial image mosaic you can measure directly from.

GeoTIFF, ECW, JPEG 2000
02 — TOPOGRAPHIC SURVEY

Topographic survey

A layered, scaled digital survey to Turkish large-scale mapping standards, with spot heights, contours, buildings and site features.

DWG, DXF, NCZ
03 — 3D TERRAIN MODEL

3D terrain model

A 3D model of the ground and everything on it — surface model (DSM), bare-earth model (DTM), classified point cloud and textured mesh.

GeoTIFF (DSM/DTM), LAS/LAZ, OBJ, 3D Tiles
04 — EARTHWORKS & VOLUMES

Earthworks & volumes

Cut and fill volumes from the difference between existing ground and the design surface, with cross-sections, schedules and a checked and approved report.

PDF report, DWG sections, XLSX
05 — PROGRESS MONITORING

Progress monitoring

A dated record of surface change and construction progress, built by comparing surveys flown on different dates.

GeoTIFF, SHP, PDF

Industry analyses

Industry-specific outputs from the same data chain — each covered in detail on its industry page.

06 — SOLAR PV THERMAL INSPECTION

Solar PV thermal inspection

Thermal imaging pinpoints panel, string and connection faults across a solar plant; every finding is tagged to its panel location.

Radiometric thermal orthomosaic, SHP findings layer, PDF report
07 — CROP HEALTH · NDVI

Crop health (NDVI)

Field-by-field maps of crop vigour from multispectral imagery — stressed areas show up before they’re visible to the eye.

NDVI / NDRE GeoTIFF, prescription map SHP, PDF report
08 — MINE & SLOPE MONITORING

Mine & slope monitoring

Regular surveys of benches, slopes and stockpiles, tracking production volumes and slope geometry over time.

DTM GeoTIFF, DWG sections, XLSX volume schedule, PDF report
09 — WIND TURBINE INSPECTION

Wind turbine inspection

Close-range inspection of blades, towers and nacelles, combined with site topography and wind resource analysis.

High-resolution image set, PDF findings report, GIS layer
10 — POWER LINE CORRIDOR

Power line corridor

LiDAR survey of conductors, poles and vegetation along the line, flagging trees that encroach on safety clearances.

Classified LAS / LAZ, SHP encroachment layer, PDF report
11 — FOREST INVENTORY

Forest inventory

AI-based individual tree detection: every tree’s position, crown diameter and height is measured and forest cover is classified.

CHM GeoTIFF, tree points SHP, XLSX inventory
12 — DAMAGE ASSESSMENT

Disaster damage assessment

A rapid post-event flight produces an up-to-date map; buildings are classified by damage level and confirmed by expert review.

Orthomosaic, SHP damage layer, PDF report
13 — CITY DIGITAL TWIN

City digital twin

A measurable 3D replica of the city in which every building becomes a queryable GIS feature with use, storey and height data.

3D Tiles, CityGML, SHP / GeoPackage

What we deliver

Data is delivered ready to load into the software you already use — CAD, GIS or BIM.

  • Orthomosaics
  • DSM
  • DTM
  • Point clouds
  • LAS / LAZ
  • OBJ / FBX
  • DWG / DXF / NCZ
  • GeoTIFF
  • SHP / GeoPackage (GIS layers)
  • 3D models / 3D Tiles
  • Digital twins
  • Dashboards
  • Reports (PDF / XLSX)

How it works

  1. ScopingWe confirm the site location and extent, the deliverables you need and the accuracy required, and check airspace permissions and site conditions.
  2. Flight planning and ground controlOverlap, flight altitude and ground sampling distance (GSD) are set to meet the spec; ground control points (GCPs) are surveyed with GNSS where required.
  3. Data captureThe site is flown to plan, capturing imagery and position data with RTK/PPK positioning.
  4. Photogrammetric processingImages are aligned, a dense point cloud and surface model are generated and tied to the GCPs, and accuracy is verified against independent checkpoints.
  5. QA and deliveryDeliverables are produced in your coordinate reference system (e.g. ITRF96 / TM zone) and file formats, and handed over with an accuracy report.

Which deliverable do you need?