Airborne Products
 

Additional Resources

DSS in the Press!

Airplane

Directly Georeferenced Aerial Imagery

learn how direct georeferencing of digital aerial imagery works in this interactive tutorial.

Tutorial
 

Related Products

POSPac MMS

 

Contact Info

For detailed information about how this product can help with your airborne operations, please contact airborne@applanix.com
 

GNSS/Inertial Factoids

The Kalman Filter was introduced by Dr. Rudolf Kalman in 1960, the result of a research initiative sponsored by the Air Force Office of Scientific Research (AFOSR).
 

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DSS

The Trimble Digital Sensor System (DSS) is an “end-to-end” solution for producing highly accurate, high-resolution color and color-infrared digital orthophotos and orthomosaics.  Certified by the USGS, this out-of-the-box solution is THE digital imaging answer for aerial survey and remote sensing applications requiring a rapid, cost-effective solution.

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Benefits
•   Simple to use, yet highly accurate:  Rugged system
    architecture is shock, vibe and pressure tested, perfect for
    airborne environment
•   Mapping grade camera:  USGS certified, calibrated, stable
    over time
•   Direct georeferencing:  AT (Aerial Triangulation) not required
•   Choice of Inertial Measurement Units (IMUs)
•   Professional installation, crew training, and 2 years of ongoing
    customer support included with every system
•   Flexibility:  Custom lenses and lens-mount configuration
    allows for easy removal and replacement, in flight, without
    recalibrating
•   Modular, expandable, customizable system.  Can be flown with:
        o    Dual cameras for greater productivity
        o    Simultaneous CIR/NIR, or VIS/Hyperspectral
        o    Lidar
        o    Oblique camera
        o    Rapid ortho development
•   Pilot controlled operation:  Built-in automated Flight
    Management System (FMS)
•   Quick data turnaround:  End-to-end digital processing and
    direct data import into photogrammetric and GIS systems

 

Applications
Rapid Response Mapping
•    Rapid mobilization for emergencies and disaster management
•    Time-dependent image acquisition, change detection
•    Homeland security
        o   Situation assessment
        o   Border security

Tactical/Reconnaissance Mapping
•    Threat assessment and preparedness
•    Mission planning and operations preparation
•    Damage assessment
•    Personnel and equipment movement monitoring

Corridor Mapping
•    Linear mapping projects
•    Pipeline surveys
•    Power line corridors
•    Transportation routes

GIS
•    Orthophoto base maps
•    Rapid image acquisition
•    Urban and regional planning

Remote Sensing
•    Color-Infrared imaging
•    Object classification
•    Environmental assessment
•    Coastal zone monitoring
•    Forestry
    o   Species identification
    o   Timber value assessment
    o   Disease control

Agriculture
•    Recurrent image acquisition and analysis
•    Disease monitoring
 

 

Technology
•   Direct Georeferencing for faster production of quality
    orthorectified imagery without the need for expensive, time
    consuming AT (Aerial Triangulation)
•   POSPac™ MMS software, providing a complete Directly
    Georeferenced based mapping workflow capability within
    a single GUI — allowing users to launch commands and adjust
    parameters within a single software suite
•   Applanix POSTrack™ Integrated Flight Management and Direct
    Georeferencing System
•   Three Applanix AeroLens™ options: 40 mm, 60 mm,
    250 mm. User interchangeable without recalibrating.  Built
    specifically for the airborne environment, by Carl Zeiss.  
    AeroLens™ 250 mm enables the collection of  rapid directly
    georeferenced digital aerial imagery at high altitudes
•   Focal Plane Shutter with shutter speeds up to 1/4000 sec
    enabling automatic exposure control, minimizing motion smear
•   TrueSpectrum Image Chain Analysis for color and color
    infra-red (CIR) imagery, producing seamless mosaics
•   Radiometric Calibration for optimum color balancing
•   Seamless integration with INPHO Image Processing Technology
    (supplied), giving users high processing speed and automation
    in orthophotos and mosaic production
•   RapidOrtho workflow option, generating orthophotos within seconds
    per image upon landing
•   LIDAR integration options, for both fixed wing and helicopter
    configuration, including turn-key hardware and software
    workflow kits for producing digital terrain and ortho-imagery
    products
•   Dual camera option, producing 4-band ortho-imagery in a
    single pass. The DSS 439 RapidOrtho DualCam adds a second
    DSS camera with a monochromatic CCD array specifically
    configured to capture Near Infra Red (NIR) imagery

Components
•    POSTrack touch screen: Allowing users to pre-plan flight paths and
     reduce flight times to fly missions
•    Camera: Mapping grade quality, USGS certified. Camera Sensor
     Head (CSH) has fully calibrated camera/digital back/exoskeleton
     assembly
•    Inertial Measurement Unit (IMU)
•    Azimuth Mount: Single axis, automatically controlled mount; 3-axis
     stabilized mount also available with built-in Inertial Measurement
     Unit
•    Flight Management System: Integrated XTRACK Flight Management
     System (FMS)
•    Data Storage Unit (DSU) Removable, pressurized and temperature -
     controlled ruggedized disk drive, 7000 image capacity per drive
     (2 supplied, 500 GByte each)
•    Camera Computer System (CCS) electronically guiding all assets
     for airborne environment
•    POS AV Direct Georeferencing System: Specifically designed for
     direct georeferencing of airborne sensor data
•    Power Distribution Unit (PDU): Controlling power to all systems and
     providing an LED display to the operator
•    INPHO image processing software: High processing speed and
     automation in orthophoto and mosaic production, DEM extraction,
     and seamlessly integrated with the DSS workflow
•    POSPac MMS software: Post-processing software bundle;includes
     mission planning software, Carrier Phase DGPS processing,
     Integrated Inertial/GPS processing, Photogrammetry tools for
     EO generation, IMU boresight calibration and quality control,
     DSS tools for mission management and image development

For more information about DSS, contact
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