Transport corridors
Railways, roads and associated engineering zones.
Data Acquisition
Airborne Mapping
Integrated airborne LiDAR and calibrated aerial imaging for large territories, infrastructure corridors and technically demanding mapping programmes.
What we do
Airborne acquisition designed around the final geospatial product
MapSoft plans and executes airborne LiDAR and aerial-imaging campaigns for large territories, infrastructure corridors, rivers, urban areas and land-management projects. Mission design starts from the required product — coverage, accuracy, point density, GSD, control and final use — so acquisition is configured around the project rather than a fixed flight pattern.
LiDAR, calibrated RGB/NIR imagery and GNSS/INS positioning are coordinated with downstream georeferencing, classification, terrain modelling and orthophoto production. The result is one controlled acquisition workflow able to move efficiently from flight operations to engineering-ready spatial data.
Where it is used
Built around the project context.
River & floodplain mapping
Wide terrain capture integrated with banks, bridges and bathymetry.
Urban & municipal mapping
High-resolution imagery, LiDAR and building/terrain foundations.
Land & environmental programmes
Orthophoto, terrain, vegetation and cadastral-support datasets.
How we work
A controlled path from requirement to delivery.
Coverage, accuracy, GSD, point density, datum and final outputs.
Flight blocks or corridors, overlap, control and operational constraints.
Simultaneous LiDAR and aerial imaging with direct positioning.
Trajectory processing, strip adjustment, aerial triangulation and checks.
Point clouds, terrain models, orthophotos and engineering-ready datasets.
Technology & methodsSurvey platform Airborne LiDAR Aerial imaging
Technology in a delivery role.
SILA 750 Survey Aircraft
MapSoft's airborne survey platform supports coordinated LiDAR and aerial-imaging missions over large areas and long corridors. Its role is to provide a stable operational platform for integrated sensor acquisition and repeatable project execution.
Teledyne Optech Galaxy EDGE+
The primary airborne laser-scanning system is used to create dense 3D measurements of terrain, vegetation, infrastructure and other surface features. LiDAR acquisition is integrated with direct positioning and downstream strip-adjustment and classification workflows.
Phase One iXU-RS1000
Calibrated aerial imagery is acquired as a metric mapping source and, where required, as a complementary RGB/NIR dataset. Imaging and LiDAR can be collected within the same campaign to support orthophoto, interpretation and multisource production.
Typical outputs
What the client receives.
Georeferenced point clouds
LAS / project-specific structures
Orthophotos
RGB and, where required, NIR
DTM / DSM
Terrain and surface models
Topographic data
Engineering-ready mapping
3D foundations
Buildings, corridors and city models
Quality & control
Geometry is controlled across the complete chain
Quality control combines airborne-system checks with independent spatial control and production-stage validation.
Acquisition & georeferencing
- Project-specific flight and control design.
- GNSS/INS trajectory processing and direct georeferencing.
- Ground control and independent check data where required.
- Coverage, overlap and mission-completeness review.
Production validation
- LiDAR strip alignment and consistency checks.
- Aerial-triangulation and image-orientation control.
- Point-cloud, DTM and orthophoto completeness checks.
- Accuracy reporting against project-specific acceptance criteria.
Project evidence
All matching projects→Capability proven through realized work.
geospatialBelgrade–Niš Railway — Engineering Geospatial Foundation
Specialist geodetic and geospatial work supporting railway modernization through a unified reference framework, an engineering survey network, airborne LiDAR and aerial imaging, field and tunnel survey, 1:1,000 engineering products and confirmed land-expropriation design packages.
235 kmRailway corridor length
View project →
geospatialDanube & Sava River Mapping
Large-scale multisensor river mapping integrating airborne LiDAR, vessel-based mobile mapping, UAV mapping and multibeam bathymetry into a seamless engineering-ready geospatial foundation for navigation, hydraulic and morphological analysis.
661 kmRiver channels surveyed
View project →
geospatialBelgrade Bypass Sector C — Digital Topographic Foundations
A major road–rail infrastructure mapping project combining airborne LiDAR, aerial photogrammetry, field control, direct georeferencing, point-cloud processing, terrain modelling, orthophoto and detailed 1:1,000 CAD-ready topographic production.
~3,400 haDocumented final realization area
View project →
integratedHerceg Novi Geospatial Data & Solar Potential Geoportal
A two-phase municipal programme connecting city-scale airborne LiDAR and four-band aerial imagery, structured roof/building solar-potential data and real browser-based 2D/3D Geoportal interfaces.
3484 haFinal survey footprint
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integratedNovi Sad Green Areas GIS
A city-wide geospatial and software platform combining high-resolution airborne acquisition, vegetation and point-cloud processing, field-verified inventories, a spatial database, Web GIS and mobile operational workflows.
160 km²Vegetation processing area
View project →MapSoft
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