GNSS Devices Camera Interfaces

AeroNav GNSS

A Highly Compact System

AeroNav GNSS is a highly compact system including all the basic features needed for navigation guidance and measurement of X,Y,Z projection centers and can support also EXIF information for the Camera.

AeroNav GNSS is an entrance level device for mission navigation and camera control based on c/a coded L1 GNSS receivers that support refresh rates of 10 Hz. The use of GPS, Glonass, BeiDou and Galileo makes this Device an extreme robust positioning and navigation system. This enables precise navigation for accurate aerial imaging.
A bi-directional RS232 communication with AeroTopoL FMS supports camera trigger and camera event management:

Short Facts

    Release of an aerial camera using electronic trigger switch (potential free)

    Determining the event signal of the camera on an open collector

    Event-based positioning with a 1/100-sec accuracy

    AeroNav GNSS Technical Specifications

     

    Receiver Type GNSS single-frequency
    RTK with carrier phase
    Signals Received GPS, GLONASS, BeiDou,
    GALILEO1 and QZSS1
    Channels 162 GPS
    Sensitivity -142 dBm
    SBAS Tracking 3-channel parallel tracking 
    Update Rate 10 Hz standard
    Accuracy Horizontal (RMS) Vertical (RMS) 
    SBAS (WAAS) 0.3 m 0.6 m 
    Autonomous* 1.2 m

    2.5 m

    *depends on multipath environment, number of satellites in view, satellite geometry, and ionospheric activity 

    Timing (1PPS) Accuracy 20 ns
    Start-up time <60 s typical
    Sat. re-acquisition <1 s
    Event marker input active low falling edge sync
    Interface RS232 @155.200 baud
    Communication NMEA 0183, RECO and AeroTopoL 
    Total weight 0.2 kg
    Dimensions 200 x 85 mm x 50 mm
    Power 9-30 V 150-350 mA
    Temperature -10 to 50°C

     

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