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Review Summary
Horizontal: 1 cm + 1 ppm
Vertical: 2 cm + 1 ppm
(0.2/R) deg.
R is the baseline distance (distance between the two Air System antennas) in meters
0.03 m/s
GPS L1&L2, BEIDOU B1&B2
CAN, UART, USB
3S to 12S (12 to 52V)
5.2W
0.45A at 12V
32 to 113 degree F (0 to 45 degree C)
-40 to 185 degree F (-40 to 85 degree C)
D-RTK Processor: 4.42 x 2.48 x 0.73" (112.3 x 63 x 18.6mm)
D-RTK Processor: 4.92 oz (139.5g)
CE: 13 dBm
FCC: 27 dBm
Canada: 27 dBm
Australia: 27 dBm
Japan: 10 dBm
Japan: 1200 m
Australia: 2000 m
FCC: 2000 m
CE: 300 m
Base Station: 1.2 W
Mobile Station: 0.65 W
Base Station: DC 9 V
Mobile Station: DC 9 V
130 mA
70 mA
CE: 869.525
FCC: 903-925.5
Canada: 903-925.5
Australia: 916.5-925.5
Japan: 923.1-926.3
115200 bps
Vertically polarized
USB, UART, CAN
Full Duplex Mode: 1
Broadcast Mode: 32
32 degree to 113 degree F (0 degree to 45 degree C)
-40 degree to 185 degree F (-40 degree to 85 degree C)
5% to 95%, non-condensing
Base Station: 3.26 x 2 x 0.56" (82.9 x 51 x 14.35mm)
Mobile Station: 2.28 x 1.67 x 0.37" (57.8 x 42.3 x 9.35mm)
Base Station: 1.9 oz (53g)
Mobile Station: 0.9 oz (25.5g)
RTK-B: Using a GPS+BDS dual positioning module, RTK-B's positioning performance surpasses RTK-G in areas covered by BDS. RTK-B is recommended for use in China, Taiwan, Hong Kong, Korea, Japan, Southeast Asia, India, Australia, and New Zealand.
The D-RTK GNSS from DJI is a high-precision navigation and positioning system specially designed for use with DJI A3-series flight controllers. Using dynamic differential technology, it provides accurate, centimeter-level 3D positioning. This enhanced accuracy over typical barometer, compass, and GPS systems makes D-RTK useful for commercial, industrial and scientific applications where accuracy is imperative.
Precision Positioning
Precise positioning of less than one inch vertically and horizontally is made possible through dynamic differential technology. This extreme accuracy allows for the creation of repeatable flight routes that provides reliable and valuable visual data essential for commercial and industrial scenarios.
Altitude Accuracy
Barometers commonly found in UAS systems may suffer from altitude discrepancies when faced with fluctuations in airflow, such as during takeoff, under braking, or after extended flying. This affects an aircraft's flight and introduces unwanted data variation that complicates workflows. D-RTK's precision altitudinal calculations reduce variation to less than an inch, effectively eliminating variations, giving professionals data they can rely on.
True Heading
Dual antennas create heading references that are significantly more accurate than is possible with a single-compass sensor. By removing compass dependence, the system is also resistant to magnetic interference, such as those generated by metal structures and high-voltage power lines, allowing for accurate flight in environments where other aircraft cannot function.
Comprehensive Solution
Specifically designed to work with the A3 series flight controllers over DATALINK PRO wireless transmission links, D-RTK provides a comprehensive solution for a variety of industries. Support for DJI GO and DJI Assistant 2 allows seamless connection to a Ground Station for accurate, repeatable flight paths ideal for surveying, agriculture, and aerial inspection.
DataLink Pro
DataLink Pro is a wireless datalink designed magnetic interface, with support for the DJI A3 and D-RTK. It features a number of features and work modes enabling it to be tuned for the needs of different usage scenarios.
Multiple Data Transmission Modes
Two data transmission modes are supported: Full Duplex and Broadcast. In Full Duplex Mode, two-way data transmission is carried out between one base station and one mobile station. In Broadcast Mode, data is simultaneously transmitted from one base station to a maximum of 32 mobile stations.
Multiple Ports
A range of ports are provided to allow for use with highly customized aircraft, including USB, CAN and UART. Ports can be individually selected by toggling a switch, and data is automatically transmitted from one port to another.