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  • UAV Mapping System

    The system can quickly collect, transmit and map various scene data in an automated and intelligent manner to obtain a variety of map data such as oblique three-dimensional, DEM, and DOM of the target scene, which can meet different industry scene needs such as geographic surveying, urban management, public safety, natural resource protection, forest and grassland protection, emergency communication, and power inspection.
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    • Product Features

    High precision aerial triangulation and high efficiency 3D reconstruction.

    • Support for real-time data collection.

    • Support for single-camera data collection

    • Support for point-to-point/timed shooting functions

    • Rapid mounting and disassembly for portability.

    • Ground-based real-time monitoring of images, equipment status, trajectories, and other functions.

    • Real-time two-dimensional and three-dimensional data processing functions: It can generate DEM, DOM, DSM, and three-dimensional oblique models in real-time.

    • Post-event two-dimensional and three-dimensional data processing functions: It can offline generate DEM, DOM, DSM, and three-dimensional oblique models.

    • Rapid mapping capability: It can quickly generate orthoimages, digital elevation models, 3D models, and other data products based on real-time transmitted unmanned aerial photography data, displayed on the ground application subsystem.

    Product Spotlight

    • 01
      High-frequency Updates
      Data can be updated every hour.
    • 02
      Real Data
      All data is collected and processed automatically, without a third-party
    • 03
      Unmanned Operation
      The system can collect, process, and provide feedback without human intervention.
    • 04
      Data Upload
      Supports wireless upload, cloud storage and multi- terminal browsing .

    Product Applications

    Post-event fine results
    Real-time processing results
    Mining Fields & Gravel Pits & Soil Fields
    Application Value
    The UAV Mapping system can be used for mining fields, gravel pits and soil fields to carry out digital and automated volume testing. For example, according to the pre-set patrol line, continuously capture the coal pile surface laser point cloud and pose data, and then use professional software for stack positioning and 3D modeling. The system can dynamically reflect the situation of the pile in real-time, generate a high-precision 3D model of the coal pile, automatically remove invalid data outside the coal area, and intuitively display the volume of the measured coal pile.
    Application Value
    The UAV Mapping system can be used for mining fields, gravel pits and soil fields to carry out digital and automated volume testing. For example, according to the pre-set patrol line, continuously capture the coal pile surface laser point cloud and pose data, and then use professional software for stack positioning and 3D modeling. The system can dynamically reflect the situation of the pile in real-time, generate a high-precision 3D model of the coal pile, automatically remove invalid data outside the coal area, and intuitively display the volume of the measured coal pile.
    Application Value
    The UAV Mapping system can be used for mining fields, gravel pits and soil fields to carry out digital and automated volume testing. For example, according to the pre-set patrol line, continuously capture the coal pile surface laser point cloud and pose data, and then use professional software for stack positioning and 3D modeling. The system can dynamically reflect the situation of the pile in real-time, generate a high-precision 3D model of the coal pile, automatically remove invalid data outside the coal area, and intuitively display the volume of the measured coal pile.
    Use Scenarios
    Government and enterprise websites | Government and Enterprise Mini Program | Government and enterprise apps | Government and enterprise applications

    Product Parameters

    Basic performance

    Flight altitude
    ≥50m
    Repeatability of volume calculations
    ≥99%(Subject to actual measurement)
    Battery life
    ≥20 min
    Maximum level flight speed
    ≥ 12m/s
    Acquisition efficiency
    2 km²/ h
    Processing efficiency
    1:1 (Acquisition time)
    Laser measuring range
    ≤200 m
    Laser horizontal field of view
    360°
    Laser vertical field of view
    40°
    Heading accuracy
    0.3°（1σ）

    Operating temperature
    -20°C to +50°C

    Storage temperature
    -40°C to +65°C

    Communication transmission
    Radio (external) communication rate ≥ 16 Mbps @ (line of sight 3 km)

    Vibration
    The equipment complies with the test requirements of GJB150.16A-2009

    Impact
    The equipment complies with the test requirements of GJB150.18A-2009.

    Efficiency of generating digital orthophoto images (DOM) and digital elevation models (DEM) with a resolution better than 30 cm is not higher than 1 hour per 2 km².




    Efficiency of generating digital orthophoto images (DOM) and digital elevation models (DEM) with a resolution better than 50 cm is not higher than 30 minutes per 2 km².

    Efficiency of generating ground-level rapid mosaic images with a resolution better than 30 cm (flight altitude not exceeding 500 meters) is not higher than 5 minutes per 2 km².




    Efficiency of generating three-dimensional real scene models with a resolution better than 30 cm (flight altitude not exceeding 500 meters) is not higher than 30 minutes per 2 km².




    Operation Demonstration

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    Thank you for your interest in Polaroid HD Map service, please fill in the purchase requirements so that we can contact you faster and want to know more, please send an email to leador@com.cn
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