High Precision Handheld

High Precision Handheld

Features:
1. Latest technology, new design, stable and reliable industrial-grade Beidou high-precision handheld;
2. Connect smartphone via wireless bluetooth, view, store and high-precision location;
3. Positioning accuracy can reach 2 cm, BEIDOU/GPS/GLONASS GALILEO four systems positioning.

High Precision Handheld

High Precision Handheld

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    Introduction

    High Precision Handheld

    Introduction

    The product belongs to the centimeter-level world's latest technology, stable and reliable industrial-grade High Precision Handheld. Connect smartphone via wireless bluetooth, view, store and forward high-precision location data on smartphone. Positioning accuracy can reach 2 cm, BEIDOU GPS GLONASS GALILEO four systems eight-band positioning RTK accuracy of most under the trees, building edge, part of the shelter environment can ensure faster positioning, wider use of the area, the application development easier.

    Specifications

    Technical indicators-A

    Support operating system Support android, IOS can be customized
    Satelliate receive system Beidou、GPS、GLONASS、GALILEO、QZSS、SBAS
    Update rate Default 1HZ (maximum support 20HZ)
    Initial positioning time 30 min
    Hot start time 10 min
    Recapture time 2 min
    Solve the time 5 min
    GNSS precision Model: positioning precision
    BD-H10: Four-star eight-band, most of the next, the building edge, part of the shelter environment
    RTK accuracy can be guaranteed
    2CM (RTK)
    25 CM (DGNSS)
    50CM (SBAS)
    ≤1.5m (single point positioning)
    BD-M10: four-star four-band
    2 CM (RTK)
    25 CM (DGNSS)
    50CM (SBAS)
    ≤1.5m (single point positioning)
    BD-L10: ≤1.5M (DGNSS)
    Bluetooth V4.0
    Speed limit 515m/s
    Support data format NMEA-0183

    Technical indicators-B

    High Precision Handheld


    Application Techniques

    1.What is the Device Interface Definition of MEMS North Seeker

    2.What Performance is the FOG sensor in FOG North Finder

    3.Where are MEMS Gyroscopes Used?

    4.Research Background and Current Status of MEMS IMU

    5.How do parameters affect the performance of the quartz accelerometer?

    6.Background and Development Status of MEMS Inertial Sensors


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