Pix4D PIX4Dmatic Pro Drone Mapping Software, One-Time Charge, Download

The ultimate desktop solution for turning any aerial or terrestrial capture into precision geospatial data and clean, CAD-ready vectors.

Are you ready to go big?
From raw capture to CAD and GIS-ready deliverables, combine large-scale processing and survey-grade extraction in a single workflow.

A seamless path to CAD/GIS
All in one workflow. Process your data and finish your survey work in the same workspace. No switching tools, no breaking context, just a smooth path from capture to deliverables.

Process big projects without slowing you down
Work with large datasets while keeping the level of accuracy. You can process more data in less time, without splitting projects or cutting corners.

Measurements you can trust
Create terrain models, vectors, and volume calculations directly on the processed data. Results stay consistent and reliable, even on complex sites.

Outputs ready for CAD and GIS
Export clean, well-structured files that drop straight into CAD or GIS software. No rework, no extra formatting, just files that are ready to use.

Built for the Pix4D ecosystem
Capture with PIX4Dcatch, process and extract with PIX4Dmatic, then export it to PIX4Dcloud for sharing and collaboration. A connected workflow that keeps data consistent from the field to the office and beyond.

Integrated processing and surveying workflow

Calibration and georeferencing
Align imagery and point clouds using camera calibration, ground control points, and coordinate systems.

3D reconstruction and surface generation
Generate dense point clouds, meshes, DSMs, and orthomosaics. These outputs form the spatial foundation for both analysis and survey work.

Terrain modelling and refinement
Extract ground surfaces from the point cloud to create DTMs, TINs, and contours. Prepare clean terrain models specifically suited for accurate volume computation, profiling, and engineering analysis.

Feature extraction and vectorization
Digitize topographic survey features directly on the same dataset. Extract points, lines, contours, and objects in 3D using both images and point clouds, and prepare structured vectors for downstream CAD and GIS use.

Measurements and quantitative analysis
Perform distance, area, elevation, and volume measurements directly on the processed surfaces and terrain models. Analyze stockpiles, earthworks, and surface changes without exporting data or rebuilding geometry.

Export and share
Deliver CAD, GIS, and analysis outputs, or push projects to PIX4Dcloud for centralized access, visualization, and collaboration across teams.

Essential outputs, in a fraction of the time without compromising accuracy

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.

Export 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.

Export formats:
• .tiff (GeoTIFF)
• .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.

Export 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.

Export 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.

Export formats:
• .tiff (GeoTIFF)

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.

Export formats:
• .tiff (GeoTIFF)

Terrain classification
Classify point cloud data into ground and non-ground classes to support accurate terrain modelling and survey analysis.

Export 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.

Export formats:
• .dxf
• .zip (shp)
• .shp

TIN
Generate a terrain TIN by classifying ground points and defining surface resolution, then visualize it as a structured triangulated surface for terrain analysis and measurements.

Export formats:
• .LandXML
• .GeoTIFF format (.tif)

Contour lines
Generate contour lines directly from terrain models at defined intervals for mapping and survey deliverables.

Export formats:
• .dxf
• .shp

Features
• Photogrammetry processing: Calibration, point cloud generation, DSM, orthomosaic, mesh
• Surveying outputs: Terrain classification, grid of points, TIN, DTM, contour lines
• Gaussian splats
• Basic measurements: Distance, volume
• Basic vectorization: Marker, polyline, polygon, circle
• Advanced measurements: Stockpile detection, volumes from LandXML
• Advanced vectorization: Arc, catenary, road, roof and wall detection
• Sections: Horizontal, vertical, oblique
• Merge projects: E.g. drone, PIX4Dcatch, LiDAR
• Orthoplanes
• AI tools
• Video fly-through
• Download from PIX4Dcloud
• Process in PIX4Dcloud: Available if combined with a PIX4Dcloud license
• Share to PIX4Dcloud