Tersus RTK Engineer

# FeelGoodFriday  Ready for shipment 🥳 # GNSS   # RTK   # geospatial   # receiver   # landsurvey

Dear clients, partners and friends, As COVID-19 (coronavirus) continues to impact people around the world, the health and safety of all remain our top priority. Tersus is committed to maintaining our operations and supporting our customers to ensure safe, secure, and uninterrupted services throughout this global crisis. Tersus global presence allows us to be close to the evolution of the situation, to take the most appropriate measures locally in order to protect our colleagues, customers, partners and their families, while securing customer service. We're here when you need us. Our professionals use mobile technology daily and can work remotely at short notice. We have had several client requests for remote work options for our professionals, and we have been able to accommodate these requests quickly. Thus, as soon as the virus appeared, we implemented a set of appropriate measures that were gradually deployed throughout the world: What we've done so far: √ Intensified clean

In ‘Auto Start’ mode for base station, if the base is moved, or re-started at an unknown point, base shift should be performed to ensure the points collected under the current base station is consistent with that before the base is moved or re-started. In Nuwa, when performing a base shift, you can choose to use the current base point to calculate the shift amount, or you can choose to use survey point under current base to calculate the shift amount. They are essentially the same, and will apply the shift amount to all the survey points under current base, so that the current plane coordinate datum remains the same as before moving or re-starting. If the Auto Start base station is re-started at the same location, Nuwa prompts to detect the movement of the base station after the rover is fixed. At this time, the current base station Base1 and the base station Base0 before the restart are used for the calculation. Convert the coordinates of Base0 to control point coordinates, select Bas

With the development of intelligent shipping ports, many port-related tools — gantry cranes, loaders and forklifts — can be made autonomous and controlled automatically. These applications use GNSS to obtain positioning and orientation data for machine operators. In traditional container-intensive terminals, forklift drivers spend a lot of time locating the designated goods; operating the forklift itself requires highly experienced drivers. Tersus GNSS offers a positioning and orientation solution that can greatly reduce the need for experienced drivers, improve the port’s operational efficiency, reduce error rates and improve accuracy. Installed on an autonomous forklift, a David Plus receiver and anti-interference GNSS dual antenna calculates positioning solutions, enabling operators to locate exactly where the target goods are and guide the forklift to them via the quickest, most convenient routes. Download the full Case Study: https://www.tersus-gnss.com/use-case/david-receiver #ca

The Oscar #GNSS Receiver arrives at the Stone of El Peñol (a famous landmark inselberg) in #Colombia . Oscar is an easy-to-use and robust GNSS receiver, and it is a wise choice for the outdoor works. Two batteries support up to 16 hours of #fieldwork in 4G/3G/2G network and Rover radio mode. Learn more: https://www.tersus-gnss.com/product/oscar-gnss-receiver #landsurvey #geospatial #RTK

As we all know, RTK positioning accuracy can reach the centimeter level. If we want to get accurate results, we should make sure to eliminate systemic errors, especially the error caused by the ranging pole. If we were in the field and got inaccurate results, it is likely to be a problem with the ranging pole. Maybe the pole is bent, or the leveling bubble needs to be calibrated. There is a simple way to check whether the ranging pole is normal with Oscar receiver and Nuwa app in the field. 1. Mount the Oscar to the pole, configure it to Rover mode, and get a Fixed solution in Nuwa. 2. Measure a point in "Survey" interface of Nuwa, then keep the pole tip at that point, rotate 90 degrees and measure it again. Repeat three times to get four points in "Point" of Nuwa. 3. Compare the location of the four points in the "Survey" interface. If they're randomly distributed, and the distance between the two of them is around 2 cm, it means the pole is normal. I

Tersus is glad to release an updated  # Nuwa  V2.1.3.0! Here are some of the improvements in the new version of Nuwa: - Added tilting initialization instructions, optimize tilting interaction, and add tilting initialization, measurement, and lofting instructions in the user manual. - Added Offset Point From Line in the Offset Point tool, to determine the Point on the extension Line or the Point after Offset on the extension Line. - Added predefined coordinate system in Slovenia, Morocco, Belgium, Netherlands, Guatemala, Columbia, Austria. - Added the Greek display in Nuwa and optimized Japanese and Spanish display. - And more enhancements and bug fixes. Click here for downloading the latest Nuwa and view the whole list of improvements and fixes:  https://www.tersus-gnss.com/software/oscar-receiver # SurveySoftware   # GNSS   # landsurvey   # RTK