Emlid official blog

When accuracy matters in drone surveying, the key question is: photogrammetry or LiDAR? This article breaks down their differences, ideal use cases, and why pairing them with an RTK base station ensures reliable, high-precision results.

Accurate GNSS positioning empowers GIS professionals to collect data with precision, driving smarter decisions in urban planning, agriculture, and more. This article explores key applications of centimeter-level GPS and how it enhances GIS workflows across industries.

The Reach Firmware 33 introduces new features and improvements to refine Reach RS3 compatibility over UHF and allows you to stream corrections from your Reach base using two output channels at the same time. This update is available for Reach RS3, RS2/RS2+, RS+, M2, and M+ devices.

Accurate GNSS data is essential for reliable GIS results. Reach receivers bring centimeter-level precision to your GIS apps like ArcGIS, enhancing field data collection and powering smarter decisions. Learn how to integrate them and see real-world use cases in action.

Igor Vereninov, CEO of Emlid, unpacks how high-precision GNSS has evolved from a niche to everyday technology, reveals what powers today’s compact receivers, and explores where GNSS is headed next.

Discover how ADM Geomatics used the Emlid Flow site survey app to streamline every stage of a multi-building development from topographic survey and clash detection to final as-built verification, with precise tools and real-time collaboration.

If you’re working in construction, mining, or infrastructure and aiming for centimeter-level accuracy, adding a GNSS base station to your RTK or PPK drone setup is essential. Emlid application engineer Kirill Pavlyuchuk shares expert tips on how to choose the right base station to power your high-precision mapping workflows.

Modern GNSS surveying equipment goes a long way in helping you achieve high-accuracy data collection, but the human factor still plays a role. This article will walk you through eight GNSS surveying mistakes that can easily trip you up.

A correctly set-up base station is essential for accurate GNSS surveys in RTK. Since your rover’s coordinates are only as accurate as the base’s placement, any shift in the base will directly affect the rover’s measurements. Learn the key steps for setting up a base.

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.