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Review Summary
Professional
3 Year
Transform your work with precise 3D scans and AR
What makes PIX4Dcatch the best solution?
Georeferenced 3D scanning
PIX4Dcatch can create detailed and georeferenced 3D models using both photogrammetry and LiDAR technology from your smartphone.
Versatile processing options
Flexible solutions for processing, including direct upload to PIX4Dcloud for easy processing and/or export to PIX4Dmatic for advanced control.
RTK compatibility
Achieve absolute centimeter accuracy in your 3D models with PIX4Dcatch and RTK.
Innovative AR features
Use AR to easily detect GCPs and see as-built and CAD design overlays for construction analysis.
Ease of use
Intuitive UI with comprehensive support makes it easy for all users to quickly master.
Workflow
Capture ground data
Walk along or around the area of interest to scan, and PIX4Dcatch will automatically record video frames with positional and orientation information.
Ensure completeness
Experience real-time AR feedback on your scan's coverage and completion with a 3D mesh overlay and point cloud live viewer.
Pause and restart
Pause the capture whenever needed. The live viewer continues to display on your device, displaying the areas you've already covered.
Export and process
Upload the captured images to PIX4Dcloud or export them to PIX4Dmapper or PIX4Dmatic to generate accurate, measurable, and easy to share 3D models and point clouds.
Learn how PIX4Dcatch can be the right fit for you
Utilities and subsurface mapping
 Quick trench scans for documentation of subsurface utilities
 Visualization in AR, even after closure
 Save time and cut costs
Construction verification and earthworks
 Overlay DXF, IFC, or SHP designs
 Measure and compare volumes
 Reduce costs, speed up project timelines
Civil engineering and site verification
 Overlay CAD files for real-site comparison
 Cloud uploads for collaborative work
 Speed up reviews, keep projects on track
Forensics scene capture
 Merge drone and phone data for 3D models
 Secure, offline, user-friendly workflow
 Detailed and comprehensive scene documentation
Land surveying
 Streamline surveying with user-friendly interface
 Integrate with PIX4Dmatic and PIX4Dcloud
 Easy data processing and report sharing
Professional
The Professional license includes all the offerings of the Standard license, but with an additional range of premium features, including:
 RTK connection capability
 Automatic GCPs and tie points detection with Pix4D Autotags
 Augmented reality features: AR Points, Display projects in AR (requires PIX4Dcloud subscription)
Features
Capture
General: Capture Screen
 Automatically capture images and save them with their precise geolocations
 Pause and resume capture
 Save or abort capture
 Live preview during the capture
 Display mesh during the capture
 Quality report at the end of the capture
Settings
Capture Settings
 Customize the image overlap or the device pose
 Warning sound messages
 Auto focus
 Skip low quality images
View
 Display image overlap while capturing
 Display camera views
 Display feature points
Mesh
 Display reconstruction mesh
 Save mesh (OBJ format)
 Change the mesh type and color
 Change mesh and camera objects color
Other
Save video
Projects
Projects Dashboard
 List of projects
 Filter project by status
 Search projects
 Select and delete multiple projects
 Refresh the project panel by dragging down
Project View
3d View
 Display a 3D view of the captured point cloud
 Enable different tags for RTK, GPS, GCPs or MTPs
 RTK accuracy per image classified into three levels: Optimal , Reduced , or Low
 Customize your view by toggling RTK accuracy, cameras, point clouds, meshes, and 3D model centering
 Compute the texture
 Show a 3D view of the processed point cloud from PIX4Dcloud
Images
 List of images
 Select and delete multiple images
Details
 Date of creation
 Image coordinate reference system
 Number of images
 Geolocation source
 RTK accuracy confidence percentage
 Horizontal and vertical average accuracy
 Used storage
Option
 Rename projects
 Delete projects
Project Tools
Manual GCP Marking
 Select a point collection
 Add marks on images
 Save the marks
Volume Computation
 Densification of the point cloud
 Define the volume base by drawing points in the area of interest
 Automatic volume computation
 Cut and filled volumes displayed: values, shapes and accuracy
 PDF export of the results
Capture Tools
Point Management: Measure Point
 Create a point collection with a defined CRS (planimetry and altimetry)
 Create a site localization coordinate reference system
 Import points with a defined CRS (planimetry and altimetry)
 View points on a map
 Rename points
 Enter the antenna height when using a GNSS pole
 Add a reference photo (optional)
 Add a description (optional)
 Change the measurement duration
Tag Detection
 Use tie point with the auto tag detection workflow and get their true coordinates afterwards
 Import a point collection and use GCPs for the project with the auto tag detection workflow
 Optimization of tag detection after the capture
AR points
Display points in augmented reality with an RTK device connected
AR Settings
 Turn on or off the lines displayed between the points
 Turn on or off the point labels
Pix4Dcloud AR
Pix4Dcloud Project List
 List of PIX4Dcloud projects
 Filter project by type (sites or datasets)
 Order project by name or by date
 Search projects
AR Display
 Adjust the opacity of the AR project with the slider
 Display PIX4Dcloud layers and see their properties
 Display PIX4Dcloud projects with Autotags in AR (including indoor) 
RTK Connection
 RTK accuracy indicator (if not connected to RTK, GPS strength indicator is displayed)
 Connection to an RTK device compatible with PIX4Dcatch (Emlid Reach RX, Trimble Catalyst DA2, BadElf, Leica FLX100, viDoc)
 Easy camera offsets setting when using a case, either SPC or SPC+, and using correct rover handle
 Manual camera offsets
 Enter of the NTRIP credentials
 Selection of the mountpoint
Export
Project
 Export all data (ZIP file) for a single project or for multiple projects
 Export points and marks for GCPs
 Export captured point cloud (PLY file)
 Export captured mesh (OBJ file)
 Export logs
Point
 Export measured point (ZIP file)
 Export site localization coordinate system (WKT file)
 Export Autotags tie points coordinates with their accuracies
Upload to PIX4Dcloud
General
 Upload one or several projects
 Upload project to an organization
 Upload project to an already existing site or create a new one
 Upload project to an already existing folder or create a new one
Processing Options
 Process with Gaussian Splatting technique
 Compute a DSM model of the area
 Compute an orthophoto of the area
 Process with GCPs and/or MTPs
 Select the output coordinate reference system (projected or a site localization)