Flight plan and elevation-coloured LiDAR result over the site map
Projects and deliverables

Choose an example that matches your project's challenge.

View public drawings for large areas and difficult terrain, results for design and building models. Each example shows what data you can check and what remains to be agreed for a new job.

What you can inspect in the portfolio

Brănești orthophoto in QMAP, with 2.5, 5 and 10 cm/pixel layers in the map listExplore the interactive map
Real project · public demonstration

Brănești orthophoto

Explore the orthophoto directly in your browser and compare the levels of detail available in QMAP.

  • 2,5 cm/pixel
  • 5 cm/pixel
  • 10 cm/pixel

In the layer list, open “ORTOFOTOPLAN-uri” and select the resolution you want to view.

Open the orthophoto (new tab)

Large area

Siliștea–Măgureni: 7.4 km² / 740 ha. View the site drawing and maps; the area describes the project, not hectares per day.

View the case study

Difficult terrain

Hilly terrain, between 334 and 457 m, and mining works. Public drawings show the terrain in the project's historical context.

View the case study

Design

The flood study relates the orthophoto, terrain model and water scenarios to the site assessment.

View the case study

Buildings

Inspect the public models and visible building geometry. A point cloud and mesh are distinct from a complete semantic BIM model.

View the 3D models

Monitoring

View public examples of visual documentation and how repeat campaigns are established. Quantitative comparisons require compatible acquisition.

View progress monitoring
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

From the challenge on site to a result you can inspect

The Siliștea–Măgureni case documents an area of 7.4 km² / 740 ha and its terrain context. The flood study links the orthophoto, model and scenarios to the client's decision. Technical values relate exclusively to those jobs.

Elevation-coloured LiDAR point cloud and transverse terrain profile
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.

Projects and deliverables

From acquisition to deliverable

These examples illustrate result types and control stages. Each delivery contains only the items agreed in the project contract.

Have the boundary? Get an instant quote.

Upload the KML/KMZ file and describe the required outcome. If not all technical requirements are defined, we will set them together before confirmation.