Built-up area: cadastral renewal
Modern survey, photogrammetry, digital interpretation and DKP/DTP production for the built-up area.
Geospatial Engineering & Land Management
Bački Petrovac
Cadastral Renewal & Land Consolidation
Bački Petrovac combines historic-plan digitization, survey/photogrammetry, DKP/DTP databases and technically governed land reallocation with strong project-specific before/after metrics.
LocationCadastral Municipality of Bački Petrovac
ClientMunicipality of Bački Petrovac
MapSoft roleContractor/consortium representative and major technical executor. MapSoft signed the contractor-side contract on behalf of Consortium MAPSOFT and directly executed documented core digital cadastral, DKP/DTP, KoMasss and technical land-allocation work packages; specialist consortium tasks retain their individual attribution.
Project context
One cadastral municipality, two linked land-administration transformations
Bački Petrovac combined cadastral renewal in the built-up area with land consolidation across the surrounding agricultural area. The project had to connect historical analogue records, modern survey and photogrammetry, digital cadastral/topographic databases and technically governed parcel reallocation in one traceable workflow.
Agricultural area: land consolidation
Old-state reconciliation, land valuation, technical allocation, road/canal design and formation of the new agricultural parcel state.
A long-horizon legal-technical programme requiring continuity across survey, database, allocation and final-cadastre stages.
Measured transformation
The parcel structure changed at territorial scale — and the result is visible
The strongest project-specific proof is the before/after land structure. Agricultural parcels decreased from 13,463 to 4,917 while average parcel area increased from 0.42 ha to 1.15 ha. The interactive comparison and authentic project videos below show the physical transformation without relying on generic illustration.
Cadastral renewal
Historical cadastral records were converted into a controlled digital survey foundation
Thirty-one original plan sheets were scanned, georeferenced and vectorized from the historic Stereographic reference, then transformed and reconciled with the modern survey environment. In the construction area, photogrammetry, control and digital interpretation were tied directly to DKP/DTP production.
01Scan and georeference historical plans
02Transform legacy coordinates and reconcile old state
03Acquire/interpret modern survey and photogrammetric data
04Build digital cadastral/topographic databases
Photogrammetry & survey
High-resolution imagery and field control supported digital interpretation
Construction-area photogrammetry used 388 acquired images, a 387-image aerial-triangulation block and 202 measured orientation/control points. The final orthophoto was produced at 5 cm GSD and supported 409 digital photo-sketches.
388aerial images acquired
202orientation / control points
5 cmorthophoto GSD
409digital photo-sketches
Land-consolidation engineering
Roads, canals, valuation and new parcels were engineered as one controlled land structure
The outside-area workflow connected old-state cadastral data, land valuation, block calculations and technical allocation with the design of the new road/canal framework. Administrative allocation decisions remained with the Land Consolidation Commission; MapSoft's evidenced role covered the core digital, database and technical allocation work packages.
Field realization
Designed land structure was transferred back to the field with GNSS and terrestrial survey
Survey teams supported topographic detail, control and field stakeout across the consolidation area. Specialist field packages were delivered within the documented consortium structure, and MapSoft is attributed only to the work packages assigned to it.
Digital workflow
KoMasss and MapSoft software connected mass books, allocation controls and final cadastral data
The project was not only a survey operation. MapSoft's proprietary software environment supported old/new mass records, participant and statement workflows, analytical area calculations, automated parcel operations, reporting and preparation of final DKP/DTP databases and exchange outputs.
Sensitive participant and internal system details are anonymized in the public interface examples.
Documented quality
Photogrammetric and cadastral controls were built into the production chain
The final photogrammetry report documents orientation-point RMSE of 0.019 m / 0.022 m / 0.022 m (SY/SX/SZ). Construction DTP elevation comparison reports RMSE 0.07 m. Land-allocation and final DKP workflows also applied area/value reconciliation and geometric/topological consistency checks.
Final outputs
From historical plans and field survey to final DKP/DTP and a reorganized agricultural cadastre
The delivery combined orthophoto and photo-sketches, digital cadastral and topographic databases, old/new land-consolidation records, allocation documentation, road/canal design and final exchange/cartographic products.
Construction-area DKP / DTP
Digital Cadastral Plan, house/user lists, Digital Topographic Plan, DTM, cartographic and exchange outputs.
Digital databases / CAD/GIS5 cm orthophoto and photo-sketches
High-resolution orthophoto and 409 digital photo-sketches.
5 cm · 409 photo-sketches · Orthophoto / image productsOld-state land-consolidation records
Old-state DKP, factual-state database, mass book and land statements.
Database / documentationLand-allocation design
Block/object area calculations, new-state mass book and technical allocation documentation.
KoMasss / documentationRoad and canal framework
Designed road/canal structure integrated into the reorganized parcel state.
330 km roads; 68.2 km canals · Land-consolidation designOutside-area final DKP / DTP
Final DKP database, detail sketches, catalogues, SHP/tabular exchange data, DTP, DTM and cartographic products.
Digital databases / SHP / DTPWhat this project proves
A whole-territory land-administration transformation, not a single survey deliverable.
Bački Petrovac demonstrates MapSoft's ability to manage the complete geospatial/data-engineering chain behind cadastral renewal and land consolidation: historical-plan transformation, modern survey and photogrammetry, controlled digital cadastral/topographic databases, proprietary KoMasss workflows, technically governed land allocation and measurable parcel-structure transformation.
5,153 participants13,463 → 4,917 agricultural parcels5 cm orthophoto330 km final road network
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Discuss your projectPlanning cadastral renewal, land consolidation or a complex land-administration programme?
Talk to MapSoft about survey, photogrammetry, cadastral databases, land-consolidation engineering and digital workflows for legally and technically controlled land transformation.