PIX4Dmatic
The ultimate desktop solution for turning any aerial or terrestrial capture into precision geospatial data and clean, CAD-ready vectors
PIX4Dmatic Key Features
Large-Scale Processing Performance
PIX4Dmatic is built specifically to process massive photogrammetry datasets without sacrificing accuracy. It can efficiently handle thousands—even tens of thousands—of images, making it ideal for corridor mapping, large construction sites, mines, utility projects, and regional surveys.
Why it matters: Faster processing means quicker project turnaround and the ability to tackle larger jobs without splitting datasets.
Integrated Surveying & Photogrammetry Workflow
PIX4Dmatic combines photogrammetric processing with survey-grade analysis tools in a single workspace. Users can calibrate imagery, create point clouds, generate terrain models, extract vectors, calculate volumes, and prepare deliverables without constantly switching software.
Why it matters: Streamlines workflows and reduces time spent moving data between applications.
CAD & GIS-Ready Deliverables
The software generates a complete suite of professional outputs, including orthomosaics, dense point clouds, DSMs, DTMs, contour lines, TINs, meshes, and vector data. These outputs are exported in industry-standard formats that integrate directly with CAD and GIS platforms.
Why it matters: Delivers survey-grade products that can be immediately used for engineering, design, asset management, and geospatial analysis.
Point Cloud
Generate a dense point cloud, create a depth point cloud or fuse them according to the needs of your project and create the best reconstruction possible.
Exported Formats:
- .laz
- .las
- .xyz
Orthomosaic
Create orthomosaics that are geometrically corrected such that the scale is uniform. They are color-balanced in order to be visually pleasing.
Exported Formats:
- .tiff (Geo TIFF)
- .jpg (Georeferenced with .jgw)
- .tfw
- .prj
Gaussian Splatting
Generate a 3D Gaussian Splat, enhance the scene details automatically, or combine it with your existing data to create the most photorealistic visualization possible.
Exported Formats:
- .ply
Mesh
Generate a 3D textured mesh by defining the texture size and decimation criteria and view it either in textured or shaded mode.
Exported Formats:
- .obj
- .slpk Cesium 3d Tiles
- .laz
- .fbx
Digital Surface Model (DSM)
Generate a digital representation of all objects in the mapped area. It includes natural features as well as elevated objects, like buildings.
Exported Formats:
- .tiff (Geo TIFF)
Digital Terrain Model (DTM)
Generate a digital terrain model (DTM) by filtering non-terrain points to represent the bare earth surface, suitable for engineering analysis and survey workflows.
Exported Formats:
- .tiff (Geo TIFF)
Terrain Classification
Classify point cloud data into ground and non-ground classes to support accurate terrain modelling and survey analysis.
Exported Formats:
- .LAS (.las)
- .LAZ (.laz)
Grid Of Points
Generate a structured grid of evenly spaced points across the mapped area, capturing precise spatial positions to enable accurate measurements and reliable modeling.
Exported Formats:
- .dxf
- .zip (shp)
- .shp
TIN
Generate a terrain TIN by classifying ground points and defining surface resolution, then visualise it as a structured triangulated surface for terrain analysis and measurements.
Exported Formats:
- .LandXML
- GeoTIFF format (.tif)
Contour Lines
Generate contour lines directly from terrain models at defined intervals for mapping and survey deliverables.
Exported Formats:
- .dxf
- .shp
Talk To Our Experts
Get in touch with us to schedule a meeting with one of our team members at MultiCopter Warehouse, where we can discuss and tailor the perfect solution for your needs.
