Capture images or point clouds with a drone or any laser scanner.
When using a drone, automate and optimize your flights with the free Pix4Dcapture mobile app.
Transform your images into digital point clouds, and import them into Pix4Dsurvey.
Work directly with Pix4Dmapper or Pix4Dmatic files, as well as any .las or .laz file.
Generate a TIN to model the ground and create engineering-ready CAD vector files from point cloud data by extracting key elements of your project with Pix4Dsurvey.
Open your simplified, accurate data in any CAD or GIS software with custom layers and properties that fit your existing workflow.
Beyond the point
Extract only the most relevant information to speed up and simplify your surveying workflows
Use the combined power of images and point clouds to extract key elements from photogrammetry, laser scanning or LiDAR data. Survey curbs, building footprints, walls, catenary curves and more.
Flexible & scalable
Work with small to very large projects. More than one photogrammetry or laser scanning file can be worked on at once, easily.
Include layers and properties for a smooth transition to CAD or GIS and reduce file size when exporting your projects as vector files.
Built-in vectorization tools
Vectorize your project using points, polylines, polygons and catenary curves with just a few clicks.
Model the ground with a TIN from points and breaklines to represent the topography of your project. Automate the creation of spot elevations and allow drastic simplification of the number of point cloud points.
Unlock more data
Move beyond photogrammetry, yet still work with Pix4D’s rayCloud to access the original images and 3D point clouds simultaneously. Vectorize in 3D, edit in 2D. Even complex objects such as catenaries only visible in images can be surveyed.
Pix4Dsurvey can handle billions of points. Work with more than one point cloud file at a time, in the same project.
Pix4Dsurvey works with your existing workflows. Import .p4d files from Pix4Dmapper at the click of a button, or work with LAS files.
Every surveyed object can be assigned to a layer and edited. Layers can be exported separately or together for a smooth transition to your preferred CAD or GIS software.
Your choice of point cloud
Import projects from Pix4Dmapper, Pix4Dmatic, or any .las or .laz file.
Create a point cloud from images in Pix4Dmapper or Pix4Dmatic, and drag and drop the .p4d or .p4m file to Pix4Dsurvey.
Laser scanner or LiDAR
Pix4Dsurvey works with any point cloud formatted as a .las or .laz file.
|Aerial (nadir and oblique) and terrestrial
|Process images taken at any angle and from any aerial manned or unmanned platform as well as from
|Video (mp4 or avi format)
|Automatically extracts still frames from video files to create a project
|Any camera (compact, SLR, thermal,
multispectral, GoPro, 360-degree, largeframe
add-on, etc.) images in .jpg or .tiff
|Use images acquired by any camera, from small to large frames, from consumer-grade to highly
|Multi-camera support for the same project
|Create a project using images from different cameras and process them together
|Camera rig support
|Process images using known rig relatives from multiple synchronized cameras, customized or from
known manufacturers for more robust, accurate and faster processing
|Ground control point edit and import
|Import and edit ground control points to improve the absolute accuracy of your project
|Known or custom reference coordinate
system support in imperial or metric units
|Select EPSG code from known coordinate systems or define your own local system
|Camera exterior orientation support
|Optimize camera exterior orientation parameters starting from GPS and IMU input parameters
|External point cloud import
|Import a point cloud from different sources, such as LiDAR, and use it to create a DSM and orthomosaic
|Automate processing and generation of outputs by using standard or customized templates
|Rapid Check with Quality Report
|Rapid processing template for a dataset quick check while still on site
|Optimize internal camera parameters, such as focal length, principal point of autocollimation and lens distortions
|Rolling shutter effect correction
|Correct the warp of images taken with rolling shutter cameras (like GoPro, DJI Phantom 2 and 3, etc.)
to maintain good accuracy, especially useful when flying fast and low.
|Automatic Aerial Triangulation (AAT) and
Bundle Block Adjustment (BBA)
|Process with or without known camera exterior orientations: (x, y, z, omega, phi, kappa)
|Automatic point cloud densification
|Produce a dense and detailed 3D point cloud, which can be used as a basis for DSM and 3D mesh
|Automatic point cloud filtering &
|Use presets for point cloud filtering and smoothing options
|Machine-learning point cloud
|Automatically classify the RGB dense point cloud into five groups: ground, road surfaces, high
vegetation, buildings and human-made objects
|Automatic DTM/DEM extraction
|Remove above-ground objects from DSM and create a bare-Earth model. For additional control, select
and delete points manually in the rayCloud to improve DTM/DEM generation
|Automatic brightness and color correction
|Compensate automatically for change of brightness, luminosity and color balancing of images
|Automatic outlier detection
|Detect incorrectly-clicked MTPs/GCPs to reduce human errors
|Assess the accuracy and quality of projects
|Project merging and splitting
|Combine multiple projects into one or split large projects into several for more efficient processing
|Project area definition
|Import (.shp) or draw specific areas to faster generate results inside specific boundaries
|Targeted Feature Extraction
|Give the number of features to find, getting more features in low-texture images to assist the
reconstruction or less features for large-frame images to speed up processing
|Multiprocessor CPU + GPU support
|Increase the processing speed by leveraging the power of CPU cores and threads, as well as GPUs
|Assess quality of optimized camera positions, 3D point cloud and mesh
|View 3D point cloud and mesh in standard, trackball, or first person viewing modes
|Accurately scale projects with no or imprecise geolocation by defining one/multiple distances
|Orientate projects with no or imprecise geolocation by defining directions of one/multiple axes
|Ground control point (GCP ) /
Manual tie point (MTP) editing
|Annotate and edit 2D and 3D ground control points (GCPs), check points and manual tie points with the highest accuracy, using both original images and 3D information at the same time
|Reoptimize camera positions and/or rematch images based on GCPs and manual tie points to improve
reconstruction of difficult areas
|Carve: Remove points from 3D point cloud and create filters based on image content.
Mask: Clear the unwanted background in orthoplane results.
Global Mask: Disregard objects which appear in all images, such as a drone leg or tripod which occluded the
lens during all image acquisition.
|Point cloud editing
|Select, classify or delete points from the point cloud using various selection tools
|Define a plane to generate a DSM and orthomosaic from building facades, bridge piles, etc
|Polyline and surface object creation
|Annotate and measure polylines and surfaces in the point cloud.
Accurately refine vertexes in multiple original images.
|3D mesh and DSM editing
|Annotate and create surfaces in the point cloud to flatten an area, or to fill up holes in the mesh
and DSM caused by insufficient image content.
|Create a virtual camera trajectory in 3D rayCloud viewer, play the animation in real-time, export the
animation as a video (in mp4 and avi format) and the editable flightpath waypoints in .csv format
|Volume object creation
|Annotate and measure volumes based on the DSM
|Volume object management
|Import and export selected volume bases in .shp files to enable easy monitoring of stockpiles on site.
|Adjust the reference base to fit different terrain and obtain accurate measurement
|Create and edit regions on the orthomosaic, choose the best content from multiple underlying
images and projection type to remove moving objects or artifacts
|Edit only the desired portion of the orthomosaic, blend it in real-time and get the improved
orthomosaic within minutes
|Planar or ortho projection selection
|Select planar or ortho projection for each created region to remove artifacts
|Generate an accurate Reflectance map at the preferred resolution as a basis of index maps target
|Radiometric adjustment interface
|Make the reflectance maps more reliable and accurate by correcting illumination effects using a
|Multiple region management
|Improve your analysis by managing and visualizing index values per region
|Automatic NDVI map
|Generate singleband and NDVI maps based on pre-defined formulas without user intervention
|Index formula editing
|Create and save your own formulas choosing among each available input band and generate custom
|Create a basis of your annotated vector map by segmenting the data into classes using statistical algorithms
(equal spacing, equal area, Jenks)
|Match on-site scouts and observations by assigning annotations based on your decisions
|Prescription map export
|Put your data into action and export the prescription map in .shp format
In the box
WHY BUY FROM US?
By buying from Ferntech, you'll have the confidence that you are dealing directly with New Zealand's leading drone experts. Our staff are knowledgable drone pilots who offer expert advice, trusted support and superior specialist service. Only through us will you receive a full New Zealand warranty, phone and email support, and access to our certified Repairs Centre with DJI-qualified drone technicians. And we guarantee that we will have the best prices on the market — if not let us know and we will match any price (conditions apply).
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