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Pix4D Pix4Dmapper

Software for professional drone-based mapping, purely from images.

Pix4Dmapper automatically converts images taken by drone, by hand, or by plane and delivers highly precise, georeferenced 2D maps and 3D models. They’re customizable, timely, and complement a wide range of applications and software.

 
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  • Pix4D Pix4Dmapper
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Pix4D
EPFL Innovation Park, Building F
1015 Lausanne
Switzerland
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Outdoor and Indoor 3D Survey of St. Elizabeth Tower, Germany
Outdoor and Indoor 3D Survey of St. Elizabeth Tower, Germany

Pix4Dmapper - Professional photogrammetry software
Pix4Dmapper - Professional photogrammetry software

Generate 3D models and maps, purely from images


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Description

Pix4Dmapper automatically converts images taken by drone, by hand, or by plane and delivers highly precise, georeferenced 2D maps and 3D models. They’re customizable, timely, and complement a wide range of applications and software.

 

Outputs:

3D Point Cloud:

Laser scanner quality 3D points from a consumer-grade camera. Clean from moving objects, aerial perspective with limited occlusions, and low acquisition time.

Orthomosaics:

High resolution aerial map with corrected perspective, putting you in control of geographic data generation.

3D Textured Model:

Full 3D triangle mesh with photorealistic texturing, perfect for sharing and online visualization.

Digital Surface Model:

Accurate, georeferenced elevation map, ready for your preferred GIS workflow.

NDVI Map:

Vegetation index map from multispectral cameras provides vital information on plant health for faster decision making, optimized management and better yields.

Specifications

  • Year of introduction
    2014
  • Year of last update
    2017
  • Modular
    The software package includes both desktop and cloud processing, with different commercial options: Buy (one-time-charge license) or rent (monthly or yearly subscription plans). 2 devices.
  • License configuration
    Yes
  • Regional settings available
    Yes
  • System includes hardware
    N
  • Operating system(s)
    Windows XP, Vista, 7, 8 10 - 64 bit;
  • CPU (min.)
    Any CPU (Intel i5/ i7/ Xeon recommended)
  • CPU (preferred)
    Intel i7/Xeon CPU quad-core or hexacore
  • Min. RAM memory [Mb]
    4000
  • Preferred RAM memory [Mb]
    16000
  • Min. data storage capacity [Gb]
    10
  • Preferred data storage capacity [Gb]
    100
  • Min. graphic card
    Any GPU that is compatible with OpenGL 3.2
  • Supported special hardware
    All cameras supported
  • User definable operations and extensions
    Command line
  • 64-bit version of software available
    Y
  • Distributed processing capacity
    N
  • GPU based calculations
    Y
  • Preferred graphic card
    GeForce GPU with at least 2 GB RAM
  • Min. display memory [Mb]
    16
  • Pref. display memory [Mb]
    2000
  • Resolution
    Any
  • Method of stereo image separation
    rayCloud(tm) combining 3D point cloud with original input images for multi-ray matching.
  • Supported image sources
    Any camera - Metric cameras, Multispectral cameras, Fisheye cameras, Camera rigs, DSLR cameras, Thermal cameras, 360° cameras, Smartphone cameras...
  • Input image formats
    JPG / TIFF, RGB / NIR / Thermal / single or multi band / MP4 video
  • Export data formats
    • Nadir Orthomosaic in GeoTIFF and kml google tiles • Nadir Digital Surface Models in GeoTIFF, XYZ, LAS and LAZ• Nadir Digital Terrain Models in GeoTIFF• Contour lines in SHP, PDF, and DXF • Orthomosaic from any facade in GeoTIFF• Digital Surface Model from any facade in GeoTIFF• Index (NDVI, NDRE, etc) maps in GeoTIFF• Classification maps in shapefile• 3D textured mesh in OBJ, PLY, DXF, FBX and PDF• 3D Point cloud in LAS, LAZ, XYZ and PLY • User-defined vector objects in DXF, SHP, DGN and KML • Fly-through animation videos in MP4 and AVI • Fly-through waypoints in CSV • Compatible formats of Aerial Triangulation results for traditional photogrammetry software solutions (e.g. INPHO, Leica LPS, DAT/EM Summit Evolution, and many more)
  • Scanned analogue Aerial Photos
    Y
  • Digital Aerial Nadir Frames
    Y
  • Oblique Images
    Y
  • Linear array sensors
    N
  • Optical Satellite Images
    Y
  • UAS Images
    Y
  • Radar Images
    N
  • Automatic contrast manipulations
    N
  • Spatial convolution
    Y
  • Radiometric corrections
    Y
  • Radiometric adjustment for mosaicing
    Y
  • Automatic interior
    Y
  • Relative
    Y
  • Automatic aerotriangulation
    Y
  • Automated blunder detection
    Y
  • Self calibration
    Y
  • Automatic Relative
    Y
  • images simultaneously processed
    Y
  • Automatic matching
    Dense matching, 3D points computed up to every pixel of each original image.
  • Automatic breakline extraction
    N
  • Checking facilities (DEM editing)
    Y
  • Automatic contour generation
    Y
  • Mosaicing of orthoimages
    Y
  • True orthoimage generation
    Y
  • Dense DSM creating capability
    Y
  • DSM to DTM filtering
    Y
  • Automatic seam line creation
    N
  • Dense Image Matching
    Y
  • Length
    Y
  • Area
    Y
  • Volume
    Y
  • Main applications
    Surveying, Mining, Inspection, Forensics, Public Safety, Emergency Response, Environmental Monitoring, Earthworks...
  • Distinguishable features
    Automatic self-calibration || Machine-learning point cloud classification || Any camera || All imagery and video support (aerial, oblique and terrestrial || rayCloud™ combining 3D points with original input images || Mosaic Editor, Cloud-based processing and support || Rental options
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