High-density point clouds for terrain, vegetation, and surface analysis.
Digital surface and terrain models for engineering design.
Detailed 3D models representing terrain, corridors, and built features.
Corridor mapping, tower positioning, and clearance analysis using LiDAR and photogrammetry.
RGB and oblique imagery for orthophotos, contours, and 3D models.
Crop health, vegetation stress, and environmental monitoring.
High density terrestrial laser scans capturing what was actually constructed, not what the drawings claimed was built. Ideal for verification, handover documentation, and dispute resolution.
Millimetre accurate scanning of buildings, bridges, retaining walls, and heritage structures. Produces precise geometry, deformation analysis, and high resolution orthographic elevations.
Detailed 3D capture of factories, pump stations, substations, pipelines, and industrial facilities. Enables clash detection, retrofit planning, and accurate modelling of complex installations.
Rapid and safe measurement of stockpiles, quarries, mines, and material yards. Delivers highly accurate volume calculations without personnel climbing unstable surfaces.
Non invasive laser scanning of historical buildings, monuments, and ruins. Creates permanent high resolution records for restoration, conservation, and archival purposes.
Conversion of point cloud data into BIM or CAD models suitable for design, coordination, and engineering workflows. From raw scans to usable geometry engineers can actually work with.
Laser scanning of marine vessels provides precise three dimensional capture of entire hulls, superstructures, and onboard systems.
Accurate positioning and layout of structures, services, and infrastructure to ensure construction is built precisely to design.
Legal boundary determination and cadastral surveys using GNSS and total stations for land registration and development.
High accuracy mapping of terrain, features, and infrastructure to support planning, design, and earthworks.
Ground control, validation, and enhancement of LiDAR and photogrammetric datasets for survey grade accuracy.
Division of land into multiple erven or lots in accordance with planning legislation and local authority requirements.
Amalgamation of two or more registered properties into a single parcel to support development, planning, or ownership simplification.
Surveying and unit delineation within sectional title schemes, ensuring accurate definition of sections, common property, and exclusive use areas.
Location, reinstatement, and verification of cadastral beacons to provide legal certainty for development, transactions, and dispute resolution.
Surveying and definition of servitudes, access rights, and utility corridors for legal registration and land use compliance.
Comprehensive surveying support for new township developments, including layout design, statutory compliance, and registration processes.
Accurate capture and validation of cadastral information to support land registration systems, planning authorities, and spatial data management.
Underwater mapping of dams and reservoirs to assess storage capacity, sedimentation, and long term performance.
Bathymetric profiling of rivers and channels to support hydraulic modelling, flood analysis, and erosion assessment.
Surveying of harbours, canals, and waterfront areas to support navigation safety, maintenance dredging, and infrastructure planning.
Visual and bathymetric inspection of bridges, culverts, and submerged structures using USVs with 360 degree cameras for safe condition assessment.
Combined bathymetric and topographic surveys producing seamless models from above water to below water environments.