SMA20 RTK Rover+Base, PPK Capability

$2,061.00

Stars,100% Recommend

Advantages: ①Static &RTK base dual mode,when static surveying simultaneously work as RTK base, enable SMA20 multiple surveying mode capability and high accuracy ②NOAA certification: SMA20RTK is antenna name of NOAA registered ③PPK enabled suitable for challenge environment,forest,canyon.. in a long distance 25km ④PPP method by Galileo HAS correction ⑤Rinex logging enabled which can export rinex files directly to PC ⑥CORS network connection supported by login a CORS account on collector Capability: Full-Constellation RTK GPS Land surveying equipment Rover+Base+Collector(Software activated). ①Max 25km distance between rover base by PPK; ②1cm RTK accuracy,0.25cm static accuracy ③2-8km UHF distance by RTK ④max. angle 60°tilt, 30° tilt 2.5cm accuracy (horizontal) ⑤long endurance battery,10hours for base,15hours for rover under continuous work of each battery charge ⑥2.5cm accuracy by PPK method,compatible with SMA26 static equipment; 2.5cm accuracy by CORS ⑦SMA20RTK GNSS Receiver offers versatile surveying modes to adapt to various project requirements and environments ⑧Data output format: RTCM3.X (input&. output), NMEA-0183 (input&. output), CMR (input), RTCM2.X (input) ⑨Multiple constellation adaptable to any country and suitable for use in various complex and challenging environments RTK Connection: Rover+Base:Connect Collector with GNSS receiver by 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 SMA20 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

SMA20

 

 

The SMA20 RTK GNSS Receiver developed by SMAJAYU has a built-in highprecision IMU (Inertial Measurement Unit) module. The SMA20 RTK GNSS Receiver has an additional IMU system consisting of a gyroscope and an accelerometer, and is mainly applied in tilt measurement. With the integration of GNSS and IMU, it supports surveying at any angle, and ensures a positioning accuracy of 3 cm within a tilt angle of 60°.

 

 

Post-processing accuracy is equivalent to RTK, up to cm level

 

application scenarios

 

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