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Coordinate systems: comprehensive guide to projected systems in GIS and surveying

Coordinate systems: comprehensive guide to projected systems in GIS and surveying

Mismatched coordinate systems between rover, base, or NTRIP service are a common source of errors in surveying, so understanding how geographic and projected systems work together is essential.

How archaeologists collect and integrate data from different sources with Emlid gear 

How archaeologists collect and integrate data from different sources with Emlid gear 

Archaeologists from the University of Copenhagen streamlined their workflow with the Emlid ecosystem, integrating multiple data layers with the Reach RS3 receivers and the Emlid Flow app.

What is NMEA and how to feed data from Reach to third-party device?

What is NMEA and how to feed data from Reach to third-party device?

You’ve probably heard of the NMEA data format. We’ve explained what it means and how Reach receivers transmit data in NMEA format to GIS apps and various devices.

How Traverse and Inverse tools in Emlid Flow & Emlid Flow 360 elevate your survey data

How Traverse and Inverse tools in Emlid Flow & Emlid Flow 360 elevate your survey data

Discover how new features in Emlid Flow and Emlid Flow 360 can save time and increase accuracy of your projects. Using Traverse and Inverse tools, you can quickly validate data, create new points, and adjust for field conditions.

Major Emlid Flow updates in 2024: DTM, stakeout reports, and more

Major Emlid Flow updates in 2024: DTM, stakeout reports, and more

With the latest Emlid Flow and Emlid Flow 360 updates, you can perform a range of new jobs in land surveying and construction, including earthworks, topographic, and as-built surveys. Check out our brief overview, not to miss a thing. 

Working with lines in Emlid Flow without effort

Working with lines in Emlid Flow without effort

Explore how the Emlid Flow app allows you to create, stake out, and edit lines for your survey projects, and export or import them in CAD and similar software.

Understanding localization: how to define a local coordinate system by known points

Understanding localization: how to define a local coordinate system by known points

Localization is helpful when you need to survey a site without accurate CS parameters or with none at all. Read our blog article to know how you can benefit from localization and how it works in Emlid Flow.

Meet the Emlid Flow app with the linework, coding, and more

Meet the Emlid Flow app with the linework, coding, and more

We broadened the list of features in our survey app. Now it’s Emlid Flow that works seamlessly with the cloud-based service Emlid Flow 360. Check out the new tools for geospatial professionals that cover all the fieldwork and allow you to manage projects in the office.

Base Shift in ReachView 3: New Feature to Ease Your Work with a Base on a Site

Base Shift in ReachView 3: New Feature to Ease Your Work with a Base on a Site

We have launched the Base shift feature in ReachView 3. This update is helpful if you need to calibrate the base position to align the difference between the known and current coordinates.

It’s Time to Migrate to ReachView 3: Quick Guide

It’s Time to Migrate to ReachView 3: Quick Guide

Switch from ReachView 2 to the ReachView 3 app and transfer your projects. Check out a brief guide on how to import your survey data from ReachView 2 to the new app just in a few steps.