How to calculate a volume of a stockpile using Volumetric Calculations over Local NTRIP Station

In this video, we delve into the fascinating world of volumetric calculations using the REACH RS2 Base and Rover over Local NTRIP Station. Whether you're involved in construction, mining, or land surveying, accurately measuring volumes is crucial for project planning and resource management.

One important aspect to remember when performing volume calculations is the need to recreate what you see on the terrain or site back in the office. By doing so, you can create a highly accurate 3D model that reflects the real-world conditions. This accuracy ensures that the volumes calculated through triangulations truly represent what is present on the site.

In this tutorial, we demonstrate the usage of the Reach RS2 base and rover in conjunction with an NTRIP station. By utilizing the Reach RS2 base as our own local NTRIP station, we can establish a precise real-time kinematic (RTK) positioning system. This enables us to achieve centimeter-level accuracy in our measurements, ensuring reliable and trustworthy volumetric calculations.

Join us as we walk you through configuring the NTRIP station, and performing volumetric calculations using the collected data. We'll guide you step-by-step, providing useful tips and insights along the way.

Whether you're new to volumetric calculations or looking to enhance your existing workflow, this video is a valuable resource.

Learn how to leverage the SOM Reach RS2 Complete Kit and turn it into a powerful tool for accurate volume calculations.

Don't miss out on this opportunity to refine your skills and take your volumetric calculations to the next level. Hit that play button now and let's dive into the world of precise volume measurements with the SOM Reach RS2 Complete Kit!

Visit our website for more details regarding the Reach RS2:
USD: https://somsurveyinstruments.com/Buy-...
ZAR: https://somsurveyinstruments.co.za/Bu...

#somsurveyinstruments #engineering #landsurvey #surveying #surveyor #volumetric #ntrip #gnss #gnssrtk #base #rover #baseandrover #emlid