Tersus RTK Engineer

Introducing AG960, the brand new Auto Steering System for tractors and precision farming vehicles. The advanced autopilot system, with the high-precision receiver and hydraulic valve, make agricultural machines operate align with the set route automatically and graphical details will be displayed on screen. Learn more:  https://www.tersus-gnss.com/products/ag960-autosteer Contact us:  https://www.tersus-gnss.com/pages/contact

Kevin Dennehy, in his latest article [Hovering in High Performance UAS-based LiDAR Space] of Inside Unmanned Systems, Apr-May issue, mentioned that, “LiDAR USA has developed a lightweight LiDAR specifically for unmanned aircraft that is capable of getting centimeter-level results”. Tersus is contributing a small portion of effort with our GNSS RTK receivers to support LiDAR to achieve more high precision possibilities. Take a look at the article to learn a little bit more of us.  http://insideunmanned.epubxp.com/i/813246-apr-may-2017/31?m4= "We have used the Precis-BX305 as a base and rover with the rover mounted on our [ScanLook Revolution] system,” Mr. Jeff Fagerman, CEO of LiDAR USA said. “Revolution uses the VectorNav VN-300 which has two L1 GPS receivers. By adding the Precis-BX305 on-board,  and post processing its results, we can fit the VN-300 trajectory onto the Precis-BX305's , thereby getting centimeter level results." “Emerging applications such as UAS ...

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 autopi...

Our RTK receivers are being used for some pretty cool stuff. Mr. Stephen Noble, owner of Drone Surveying, used the RTK receivers to do land survey and aerial photography in Australia. By leveraging GPS L1/L2 frequencies for accuracy and reliability, fixed in RTK or PPK mode, the equipment provides centimeter absolute accuracy. Check it out .

The GNSS industry is a very dynamic market full of growth opportunities, as several reports confirm. In China, Tersus GNSS is one of the ambitious companies looking to expand in the international GNSS business. This month, Wim van Wegen from GIM International, has asked Xiaohua Wen, founder and CEO of Tersus GNSS, to share his views. Can you introduce Tersus GNSS to our readers? Let me tell you a story: in the past, a surveyor’s job was not an easy one. It involved manual and time-consuming work with traditional solutions. But one day, a company designed cost-efficient positioning solutions based on real-time kinematic (RTK) centimeter-level positioning. Unlike other solutions, this technology is ideal for many applications: unmanned aerial vehicles (UAVs), autonomous farming, high-precision surveying and mapping. This new technology makes surveyors happy in their daily work thanks to less manual input, greater productivity and more precise data. While a lot of companies are ...

GNSS L1/L2 RTK Receiver for Mapping & GIS applications which provides accurate & reliable corrections for GIS data collection. Contact us today for a FREE consultation.  Sign Up Today, www.tersus-gnss.com/pages/contact Details of Precis-TX204, click here, www.tersus-gnss.com/products/precis-tx204-gnss-receiver

How can I use your equipment to establish ground control points for an aerial site surveys to achieve accurate northing/easting/elevation coordinates in AutoCAD Civil 3D? Do I need setup my base station then go to my GCP's and mark then go to the next GCP and so on? Do I need an internet connection to gather the data?  A base must be set up in the original point, and the RTK corrections must be transmitted to the rover. After that, the cm-level position of the rover will be available. You can place the rover in the 10-12 GCPs, respectively and get their accurate positions. After that, the northing/easting/elevation can be calculated. No internet access is needed to get the accurate positions of the rover. The corrections can be transmitted from the base to the rover via a radio, which is included in our kit . Contact us: info@tersus-gnss.com Website: www.tersus-gnss.com