Aerial Survey & Mapping

3D Models & Point Clouds
Aerial survey data is processed to generate accurate 3D models and point clouds. These deliverables are useful for visualising terrain and structures, with outputs provided in formats such as .OBJ, .LAS, or .PLY for further analysis and integration into 3D modeling software.

CAD Outputs
Collected survey data can be converted into Computer-Aided Design (CAD) outputs, providing precise, scalable plans for engineering and design applications. Common output formats include .DWG and .DXF, suitable for use in CAD software.

Contour Lines
From drone-captured 3d mapping elevation data, we generate contour lines to represent terrain. These outputs are delivered in formats such as .DWG, .DXF, or .SHP (Shapefiles) for use in CAD or GIS software for site grading and topographical analysis.

Georeferenced Ortho Imagery
Orthomosaic maps are created by stitching together aerial images, corrected for distortions and georeferenced to real-world coordinates. These maps can be provided as .TIFF, .GeoTIFF, or .JPEG files, ideal for land surveying, urban planning, and geographic analysis.

Environmental Monitoring
Drone surveys capture data for long-term environmental monitoring. This service is useful for tracking changes in land use, monitoring vegetation health, managing wildlife habitats, and assessing the impact of natural disasters or human activities. Industries like conservation, agriculture, and land management benefit from the detailed insights provided by this service.

Volume Calculations
Accurate volume measurements of stockpiles, earthworks, or excavations are computed from aerial survey data. This service is particularly valuable in mining and construction industries, where precise volume data is required for material management, cost estimation, and resource allocation. It is also beneficial for monitoring progress on large-scale earthmoving projects.

As-Constructed Conformance Reports
Drones are used to verify the accuracy of completed construction projects in relation to their original design plans. This service is crucial for ensuring that infrastructure projects, buildings, and other developments meet regulatory and engineering standards. Conformance reports can be used in final project sign-off, regulatory compliance, and as proof for stakeholders that the project has been executed according to plan.