Skip to main content

Precis-BX306 GNSS RTK Board (GPS L1L2/GLONASS G1G2/Beidou B1B2)

Find out how #Precis-BX306 is helping our customers for a wide variety of applications with centimeter accuracy. The GNSS RTK Board & #Kit are available currently. Contact for Details

Precis-BX306 is a GNSS RTK board for accurate position. This board offers real-time, cost-efficient, cm-level positioning capability and uses standard serial port module for communication. A special connector makes it easy to integrate to its host devices or autopilots.


Precis-BX306 board supports multi-GNSS RTK positioning, which improves the continuity and reliability in challenging environment. The flexible interfaces, hardware size and the main commands make it compatible with GNSS boards in the market.

Key Feature:
  • Supports three constellations, six frequencies
  • GPS L1L2/BDS B1B2/GLONASS G1G2
  • Supports 192 GNSS channels
  • Rapid RTK integer ambiguity resolution
  • Supports 20Hz or higher position/velocity/time solutions
  • Easy to integrate into Pixhawk and other autopilots
  • Supports camera shutter synchronization
  • Serial ports with LVTTL
  • External antenna input through MCX connector
  • Data output: NMEA-0183 and Tersus Binary format
  • Correction: RTCM 2.x/3.x CMR and CMR+
  • Supports logging of raw observation data
  • Compact design and low power consumption


Comments

Popular posts from this blog

Three Typical Situations of Earthwork Measurement

  Three Typical Situations of Earthwork Measurement Tips for earthwork measurement under different circumstances with Tersus Oscar GNSS receiver and NUWA APP Earthwork calculations are essential in many survey projects, but the complexity of measurement and calculations causes many new engineers headaches. In general, earthwork calculation is divided into two parts: excavation and filling, which can also be simply understood as volume and capacity calculation. The following are the Tips for using the Tersus Oscar GNSS receiver and NUWA App for earthwork measurement under different circumstances. The powerful earthwork calculation function of the NUWA app can calculate the result and quickly; you only need to import the survey points and then input the reference altitude. Notes for measurement: When measuring points, we should measure as many points on the surface of the object as possible. The density of survey points needs to be strengthened in places where the terrain changes sig...

Tersus Releases Auto Steer Solution to Promote the Precision Agriculture Transformation of Machines at Farmland

Tersus Releases Auto Steer Solution to Promote the Precision Agriculture Transformation of Machines at Farmland Tersus GNSS Inc. (“Tersus”), a leading GNSS RTK manufacturing company released its brand new AutoSteer solution recently. The AG960 AutoSteer System will accelerate the application of autopilot for precision agricultural machinery and thus, to enhance and optimize operational accuracy and productivity for modern farmers.  AG960 AutoSteer System The AG960 AutoSteer System is an autopilot solution for agricultural machinery. It represents the best technological combination of Global Navigation Satellite System (GNSS) and automation. By integrating high-precision navigation RTK receiver and software, it makes agricultural machines operate in accordance with the pre-set planning path achievable. The whole system is comprised by GNSS antenna, vehicle display panel, high-precision positioning receiver, hydraulic valve (steering wheel, optional), steering sens...

Tersus Geomatics Office - Static Surveying - Data Processing

Tersus Geomatics Office is integrated office software to manage and process data for NeoRTK, the RTK survey receiver. It is laid out with visualized toolbars and logical icons to easily handle GNSS data processing, baseline processing and network adjustment, etc. It is the software set to import, update and analyze data effectively.  Watch the video to know how to do data processing after static surveying data collection with NeoRTK.  Learn more, click here .  Inquiry, click here .