Capability: ① GNSS RTK Rover+Base+ Collector(Software permanent valid)+Tripod; ② 0.3-0.8cm RTK accuracy and Full-Frequency and Full-Constellation; ③ 5-10km UHF distance between rover and base; ④ 30°-60° IMU tilt measurement with centimeters accuracy; ⑤ 10000mah battery for 2 working days battery life each charge
Advantages: ① NOAA: SMA26 antenna is NOAA certificated which adapt for standard post-processed software; ② Data output format: Differential data: RTCM3.X, Location data: NMEA-0183, Static data: Binary which can be converted to Rinex; ③ PPP method: PPP method by Galileo HAS correction; ④ PPK is Upgradeable in near future, which can adopt for more challenge environment; ⑤ Connection by: BT/WiFi/USB-Type-C/TNC Connector/Serial Port(DB9 cable optional)
Multiple constellation adaptable to any country and suitable for use in various complex and challenging environments: - GPS L1C/A/L2P(Y)/L2C /L5 - GLONASS G1/G2/G3- BDS B1I/B2I/B3I/B1C/B2a/B2b* - GALILEO E1/E5a/E5b /E6* - QZSS L1, L2, L5
RTK Connection: Rover+base:Connect Collector with GNSS receiver by WIFI on WEBUI or BT to set rover and base at the same protocol and frequency till RTK fixed. Or Rover+CORS: login CORS account on software till RTK fixed
Application: The SMA26 RTK GNSS receiver provides the accuracy needed for a wide range of surveying and engineering applications, including topographic surveying, geographic surveying, engineering surveying, agriculture field measurement, mine surveying, construction surveying and hydrographic surveying
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