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Teledyne Optech CS-6500

The new compact CS-6500 has an image footprint of 6,500 pixels across by 4,300 pixels along the
flight line, enabling a wider field of view for more efficient flights. The CS-6500 is designed to be
seamlessly integrated with numerous Optech product…

  • Teledyne Optech CS-6500
Teledyne Optech
300 Interchange Way
L4K 5Z8 Vaughan
Canada
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Description

The new compact CS-6500 has an image footprint of 6,500 pixels across by 4,300 pixels along the flight line, enabling a wider field of view for more efficient flights. The CS-6500 is designed to be seamlessly integrated with numerous Optech products to create a unique airborne imaging solution that matches your expanding business needs.

Specifications

  • Year of introduction
    2013
  • Last update
    2013
  • Type of storage
    SSD
  • Storage capacity [GB]
    300 (600 optional)
  • Storage Replaceable
    Y
  • Camera unit Weight [kg]
    1.9
  • Camera unit Length [m]
    0.167
  • Camera unit Width [m]
    0.110
  • Camera unit Depth [m]
    0.106
  • Power requirements
    10-15V; 1A
  • Type of GNSS/ INS positioning system
    compatible with any GNSS/INS
  • On board image storage format(s)
    RAW; TIFF
  • Type of mission planning software
    Compatible with any
  • Type of postprocessing software
    DGX ColorPhysics; Any
  • Number of lenses
    1
  • Lenses: focal lengths [mm]
    35; 50; 85; 135; 180
  • Lenses: interchangeable
    Y
  • Type CCD
    Interline
  • Pixel size [┬Ám]
    5.5
  • Megapixels
    29
  • Dynamic range [bits]
    12
  • CCD RGB
    Y
  • CCD IR
    Y
  • CCD simultaneous
    N
  • CCD along track format [mm x mm]
    24 x24
  • CCD along track format [pixel x pixel]
    4384 x 4384
  • CCD across track format [mm x mm]
    36,1 x 36,1
  • CCD across track format [pixel x pixel]
    6576 x 6576
  • Max. integration time [s]
    0.5
  • Max. shutter speed [s]
    0.001
  • Data collection rate [megapixel/s]
    60.5
  • Max. across-track FOV [deg]
    50
  • Precision [pixels]
    0.5
  • Geometric calibration
    Y
  • Radiometric calibration
    Y
  • Training facilities
    Y
  • Main applications
    Corridor Applications; Nadir Orthophotography; LiDAR Augmentation; Oblique Imagery
  • Distinguishable features
    Increased operational window and reduced readout leakage making data collection 80% more efficient. Includes very Fast cycle times; Electronic shutter; Panchromatic or Color CCD sensors; NIR capability with filter; Interchangeable lenses; Metric-quality performance; Direct Geo-referencing; Simple to install and configure with multiple sensors

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