Tersus RTK Engineer

GNSS OEM Boards - Tersus GNSS Inc. You may already be familiar with Tersus GNSS, but for those of you who are new to the brand, Tersus GNSS is a nimble company that holds innovation, aspiration, trust and integrity. Bear that philosophy in mind, our people are working hard and smart to overcome every challenge ahead.  Great progress has been achieved in the upgraded versions of GNSS OEM boards, from #BX306 #BX306Z #BX316 #BX316R to #BX316D. Compact design, centimeter-accurate, stable, affordable. Learn more, click here . Upcoming, Tersus David, GNSS Survey Receiver will be released soon. Rugged, mobile, intelligent, affordable. Stay close with us. More details, click here .

BX316 is a GNSS RTK board for accurate positioning and heading. This board offers real-time, cost efficient and cm-level positioning as well as flexible interfaces for a variety of applications: #PrecisionNavigation, #PrecisionAgriculture, #Surveying and #UAVs. It supports multi-constellations, which can output continuous and reliable RTK positioning and heading even in harsh environments. On-board SD card (up to 32GB) makes the data collection more convenient.  Learn more on BX316, click here . Support & Inquiry, click here .

[Everyone can use RTK] Satellite based positioning relies on measuring distance between satellite and receiver. There are two types of positioning mode, one is point position and the other is relative position. Real time kinematic (RTK) positioning is a kind of relative position. Relative positioning cancels most error sources in distance measurement by making difference between two receivers, so it is more simple and reliable. RTK can be used in challenging environments where there is high interference, multipath effects and occlusions. For surveying or GIS-related applications, the traditional requirement for positioning accuracy was at meter or sub-meter level, in static mode. However, emerging applications such as UAV surveying & mapping not only require high precision at centimeter level, but also operate in moving, kinematic modes. RTK is not yet deployed in surveying and mapping on a large scale. The cost is still high. The rapid development is bringing RTK tech...