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IGI Penta-DigiCAM

The IGI Penta-DigiCAM is part of the IGI DigiCAM range since 2008. The Penta-DigiCAM is based on five DigiCAM modules, four of which are arranged oblique and one nadir. All GNSS/IMU and camera control units are integrated and mounted on top of the ca…

  • IGI Penta-DigiCAM
IGI
Langenauer Str. 46
57223 Kreuztal
Germany

Description

The IGI Penta-DigiCAM is part of the IGI DigiCAM range since 2008. The Penta-DigiCAM is based on five DigiCAM modules, four of which are arranged oblique and one nadir. All GNSS/IMU and camera control units are integrated and mounted on top of the camera. The system is optimal for capturing of nadir & oblique imagery within one single flight.

Specifications

  • Year of introduction
    2008
  • Last update
    2018
  • Type of storage
    SSD
  • Storage capacity [GB]
    4000
  • Storage Replaceable
    Y
  • Camera unit Weight [kg]
    65.5
  • Camera unit Length [m]
    0.43
  • Camera unit Width [m]
    0.4
  • Camera unit Depth [m]
    0.4
  • Power requirements
    225W
  • Type of GNSS/ INS positioning system
    IGI AEROcontrol III 512Hz
  • On board image storage format(s)
    TIFF, DNG, JPG,
  • Type of mission planning software
    IGIplan
  • Type of postprocessing software
    IGI AEROoffice, IGImatch, IGI Oblivision
  • Number of lenses
    5
  • Lenses: focal lengths [mm]
    x4 80mm oblique, x1 70mm nadir
  • Lenses: interchangeable
    Y
  • Type CCD
    Full Frame CCD (FF-CCD)
  • Pixel size [┬Ám]
    3.76
  • Megapixels
    150
  • Dynamic range [bits]
    16
  • CCD RGB
    Y
  • CCD IR
    Y
  • CCD simultaneous
    N
  • CCD along track format [mm x mm]
    40.248
  • CCD along track format [pixel x pixel]
    6708
  • CCD across track format [mm x mm]
    53.736
  • CCD across track format [pixel x pixel]
    8956
  • Max. integration time [s]
    0
  • Max. shutter speed [s]
    1/2500
  • Data collection rate [megapixel/s]
    187.5
  • Max. across-track FOV [deg]
    56
  • Helicopter
    Y
  • Fixed-wing
    Y
  • Min. flying height [m]
    100
  • Typical flying height [m]
    1400
  • Max flying height[m]
    9000
  • Max. acquisition duration [h]
    No limits
  • Warm-up time [s]
    60
  • Forward motion compensation
    Y
  • In flight pre-view
    Y
  • Temperature controlled pod
    N
  • Precision [pixels]
    0.19
  • Geometric calibration
    Y
  • Radiometric calibration
    Y
  • Main applications
    3D City Modelling; Oblique & Nadir Photogrammetry; Remote Sensing; Digital Mapping
  • Distinguishable features
    Largest oblique camera on the market; Automated fast processing workflow; Integrated from mission planning to post-processing

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