Orthophotos and 3D models for large and demanding jobs. — FAE Drones
Aerial photogrammetry

Orthophotos and 3D models for large and demanding jobs.

FAE Drones delivers photogrammetric data for measurement, design and project coordination. We define the result, configure the platform and sensor, carry out efficient acquisition and verify the data before delivery.

Aerial photogrammetry

Nadir aerial image showing houses, roads and the shoreline of a lake

GeoTIFF orthophoto

Orthorectified imagery in the agreed coordinate reference system, ready for measurement, digitising and integration into CAD/GIS workflows.

Elevation-coloured digital terrain model with contour lines and spot elevations

DSM and DTM under verified conditions

Raster surface and terrain models from which spot elevations and contours can be generated at the agreed interval.

Colourised photogrammetric point cloud of an area with houses, roads and vegetation

LAS/LAZ point cloud

Dense RGB-coloured point cloud and textured 3D model for 3D measurements, sections, volumes and documentation of visible objects.

Visual example of an Agisoft Metashape Quality Analysis PDF report

Control and delivery checks

Processing report covering camera calibration, reprojection errors and GCP/checkpoint verification, according to the project configuration.

Consistent data across extensive areas and difficult terrain

We plan coverage, image overlap and control for the entire site. Terrain, access and limits to ground visibility determine the acquisition geometry and what can be reconstructed.

When vegetation limits observation of the ground or the project requires LiDAR data, we choose an appropriate configuration and integrate the required results.

Consistent data across extensive areas and difficult terrain — FAE Drones
Photogrammetry, shown clearly

From flight strips to a verified orthomosaic

Planning, geodetic control and QA connect aerial photographs to data a surveyor can confidently use.

FAE mission interface with photogrammetric strips, camera positions and RTK FIX status
Planning · RTK FIX

Flight strips and camera triggers tracked in flight

Parallel paths, camera positions and RTK status are checked during the mission; final accuracy is validated separately through QA.

FAE surveyor measuring a GCP control point with a GNSS receiver in a wind farm
Field · GCP/checkpoint

Geodetic control measured on site

Control and check points connect the airborne acquisition to the project coordinate system and tolerances.

Camera-position network above a three-dimensional photogrammetric reconstruction
Camera alignment

Image geometry is checked before deliverables are generated

Camera positions and the intermediate reconstruction reveal coverage and areas requiring additional processing.

FAE project in Agisoft Metashape with 3D model, cameras, markers and error table
Processing · Agisoft Metashape

3D reconstruction, markers and QA errors in one project

The model, cameras, control points and errors are reviewed together before final products are exported.

Photogrammetric flight strips and camera positions displayed over the site orthophoto
2D deliverable

A georeferenced orthomosaic ready for measurement

The continuous image is delivered in the agreed coordinate system and can be published in the project’s 2D viewer.

Colour-coded digital surface model with boundaries and control points
Elevation · DSM/DEM

Terrain and objects are inspected separately from imagery

Colour-coded elevation supports checks of variation, boundaries and areas that require closer review.

Representative technical examples; the exact delivery depends on the contracted deliverables.

LiDAR as an alternative or complement

FAE offers LiDAR scanning and combined photogrammetry + LiDAR projects

FAE also offers LiDAR; we select the combination according to the terrain and deliverable. Describe the photo + LiDAR results in the same request. A combined package receives one common deadline or separate deadlines, explicitly confirmed; the entire package is not automatically promised at T+2.

FAE surveyor measuring GCP points used to control photogrammetry and LiDAR scanning

What we agree for the survey campaign

The boundary and RGB acquisition, ground control and independent checkpoints, coordinate system, products and delivery checks. We agree on the GeoTIFF orthophoto, LAS/LAZ cloud, DSM and other files needed for the CAD/GIS workflow; a DTM is included only if the terrain can be reconstructed and verified.

The agreed package is distinguished from vectorisation, additional analyses and resolutions or formats requested later. Special adaptations are assessed and quoted separately. Correcting an FAE non-conformity remains part of our delivery obligation.

Area measurement in the GIS portal with the viewing direction shown on the map

Competitive pricing through a clearly defined campaign

Coverage planning and integrated processing reduce avoidable repetition. Productive fixed-wing platforms are useful over large areas; the configuration is chosen according to geometry, terrain and the required result. Quality and checks are explicitly agreed for the job.

What your request should include

Send the KML/KMZ boundary or location, area or corridor section, purpose, preferred deadline and deliverables. Unknown technical parameters are clarified before confirmation; you can start your request with the information available.

If you have already sent a request, we continue using its reference. You do not need to complete both the calculator and contact form again for the same job.

Published outcomes

View the drawings, models and context of FAE Drones jobs. The values describe published projects and are assessed separately for each new campaign.

Siliștea–Măgureni: 7.4 km² / 740 ha — FAE Drones
Mapping · mining area

Siliștea–Măgureni: 7.4 km² / 740 ha

Siliștea–Măgureni · 740 ha. Photogrammetric mapping of hilly terrain, presented in seven sheets showing the site, relief and mining context.

  • 7,4 km² / 740 ha
  • Elevations 334–457 m
  • Public drawings
View the case study
Orthophoto, DTM and flooding simulations — FAE Drones
Flood risk · property development

Orthophoto, DTM and flooding simulations

Nine organised data categories supported terrain, drainage and rising-water scenario analysis.

  • 5 cm orthophoto
  • RMSxy < 5 cm
  • DTM RMSz < 10 cm
View the case study
From aerial imagery to working data — FAE Drones
Topographic deliverables

From aerial imagery to working data

Public examples of maps, orthophotos, contours, DEM/DSM products and photogrammetric vectorisation.

  • Maps
  • DEM / DSM
  • Vector data
View the case study

Calculate an instant quote

Public data and online delivery

Explore the data before defining your project.

The public Masuram portal page provides access to examples of orthomosaics and point clouds. You can view demonstrations without confusing public datasets with access to client projects. Delivery of a new job contains the products and functions agreed for that project.

The included period starts when the project is published in the portal. Access can be extended on request after 12 months.

Orthophoto

View the public dataset in the 2D viewer available through the portal page.

Point cloud

Explore the geometry of the published 3D demonstration dataset.

Agreed delivery

The products, formats and functions needed for your project are established before the order.

Client access

Existing projects have separate access controlled by the administrator.

Urgency accepted individually

Photogrammetry at T+7: package delivered after order confirmation

For projects accepted as urgent, we deliver the agreed photogrammetry data within 7 calendar days of order confirmation (T+7).

T is FAE's written confirmation of the complete order, once the area, deliverables, control, commercial terms, access, operational feasibility and available window have been agreed. The confirmation specifies the delivery date and time.

What the deadline includes and how urgency is confirmed

The deadline includes mobilisation, flight, processing and verification of the entire agreed package. Saturdays and Sundays count towards the accepted deadline. If obstacles arise, we explain the situation and agree on rescheduling; T is not reset unilaterally.

The instantly calculated quote is sent through the existing process and requires technical confirmation. Submitting the form and receiving an automatic quote do not confirm the order, availability or urgent service. For an urgent deadline, enter your preferred date in the existing requirements field.

The urgency surcharge is quoted individually. Availability is confirmed for the project. For photo + LiDAR, we confirm the package and a common deadline or separate deadlines.

Tell us what you need to measure in the final deliverables — FAE Drones
Contact and quote request

Tell us what you need to measure in the final deliverables

Send the outcome you need, the site and its approximate area. If the technical details are not yet defined, we will specify them together. We usually reply within one business day.