Detailed engineering sites
Topography, structures, cuttings, embankments and local design areas.
Data Acquisition
UAV Mapping
High-resolution LiDAR and aerial imaging for detailed terrain, structures, archaeology, engineering sites and areas that demand flexible local acquisition.
What we do
High-detail mapping with flexible field deployment
MapSoft uses UAV LiDAR and photogrammetry for sites where high detail, flexible mobilisation and close-range capture are more important than large-area aircraft productivity. Missions support engineering, archaeology, environmental mapping, construction sites and other local or corridor tasks.
Flight planning, RTK/GNSS control, LiDAR/RGB capture and processing are configured around accuracy, vegetation, terrain, required density and final products. The workflow can produce dense point clouds, high-resolution orthophotos and terrain models while retaining the flexibility to revisit or extend specific areas quickly.
Where it is used
Built around the project context.
Bridges & complex structures
Dense 3D capture where geometry is difficult to observe from the ground.
Archaeology & heritage
Terrain-under-vegetation evidence and high-resolution site context.
Targeted follow-up surveys
Focused acquisition within larger airborne, river or infrastructure programmes.
How we work
A controlled path from requirement to delivery.
Area, terrain, vegetation, access, permissions and required products.
Orientation/control points, flight plan and acquisition geometry.
Coordinated 3D and image acquisition with RTK-capable platform.
Georeferencing, strip adjustment, colourisation and classification.
Orthophoto, DTM, point cloud, vectors and specialist analysis.
Technology & methodsUAV platform LiDAR + imaging
Technology in a delivery role.
DJI Matrice 350 RTK
MapSoft uses the Matrice 350 RTK as a professional field platform for planned area and corridor missions. Its role is to provide a stable, repeatable and RTK-capable acquisition platform for LiDAR and RGB workflows in demanding field conditions.
DJI Zenmuse L2
The integrated LiDAR, positioning and RGB sensor supports dense three-dimensional capture together with imagery. In MapSoft workflows it is used for point-cloud production, terrain extraction, colourisation, orthophoto generation and detailed interpretation.
Typical outputs
What the client receives.
Colourised point clouds
Dense local 3D datasets
Classified point clouds
Ground and project-specific classes
High-resolution orthophotos
Visual and measurement context
Detailed DTM
Bare-earth terrain representation
CAD / GIS vectors
Mapped and interpreted features
Quality & control
Field control and processing are part of the acquisition plan
High point density alone is not enough; the dataset must be spatially controlled and internally consistent.
Field & mission control
- Mission planning around terrain, obstacles and product requirements.
- Orientation/control-point survey where required.
- Acquisition-permission and operational planning for restricted sites.
- Coverage and flight-completeness review.
Point-cloud & image validation
- Georeferencing and overlap / strip consistency checks.
- Automated classification followed by manual review where needed.
- Aerial triangulation and orthorectification for image products.
- Final DTM, orthophoto and vector-product inspection.
Project evidence
All matching projects→Capability proven through realized work.
geospatialPrijepolje Archaeological LiDAR — UAV Mapping & Interpretation of Four Sites
A high-density UAV LiDAR and RGB project across four archaeological sites, producing classified point clouds, 2 cm orthophotos, 10 cm terrain models and confidence-qualified interpretation vectors.
4 sitesArchaeological sites
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 →
geospatialCIRC-BOOST Belgrade — 3D Building Survey for Circular-Construction Research
A high-resolution urban 3D survey combining UAV and mobile LiDAR, GNSS control, point-cloud processing and CityGML LoD2 modelling to create a validated spatial foundation for circular-construction and building-stock research.
38 missionsUAV flight missions
View project →
integratedBukovička Banja Park GIS & Digital Twin Foundation
A focused protected-park project combining UAV reality capture, a 2 cm orthophoto, migration of historical CAD/Excel/vegetation information into a structured SQLite spatial database and an installed QGIS environment for practical park-data management.
17.9 haProject area
View project →
geospatialKrupanj / Likodra River Basin — Geospatial Survey for Flood & Erosion Protection
A two-phase engineering geospatial survey combining basin-scale airborne LiDAR/photogrammetry and hydraulic field measurements with a later high-detail UAV LiDAR and topographic follow-up in the Bogoštica sub-basin.
1882 haPhase 1 survey footprint
View project →MapSoft
Talk to our team→