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Emlid and ProStar partnered to deliver centimeter accuracy for critical infrastructure mapping worldwide 

Emlid and ProStar partnered to deliver centimeter accuracy for critical infrastructure mapping worldwide 

Emlid has partnered with ProStar Holdings Inc., a developer of the PointMan survey app, to provide an integrated solution for centimeter precise and cost-efficient mapping of underground utilities.

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.

Meet the new WingtraGROUND powered by Emlid—an all-in-one kit for aerial surveys

Meet the new WingtraGROUND powered by Emlid—an all-in-one kit for aerial surveys

Emlid adds high precision to WingtraGROUND—the all-in-one kit for precision aerial surveys with Wingtra drones. The kit combines Emlid’s high-precision GNSS, seamless connectivity to the Wingtra ecosystem, and guided workflows via the Wingtra tablet. Explore right now.

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.

PPK vs RTK in drone mapping: choosing right technology for precision surveys

PPK vs RTK in drone mapping: choosing right technology for precision surveys

In aerial mapping, your workflow mainly depends on the technology your drone employs—PPK (Post-Processing Kinematic) or RTK (Real-Time Kinematic). Understanding how each approach works will help you achieve accurate and reliable mapping results.

Integrating Reach receivers with autonomous data collection devices

Integrating Reach receivers with autonomous data collection devices

Mobile or robotic mapping and surveying solutions are evolving to enable rapid data collection over large areas. Read how Reach integrates seamlessly with different types of machinery, how it enables mobile mapping and robotic surveying, and how it can elevate your operations.

Drone mapping 101: a step-by-step guide to aerial surveying with Tim Durham

Drone mapping 101: a step-by-step guide to aerial surveying with Tim Durham

Despite the accessibility of drone photogrammetry, the technology remains a complex field with many nuances. In this blog post, we’ll walk you through the entire RTK drone mapping workflow from scratch.

GNSS vs GPS: differences, accuracy, and real-world use cases

GNSS vs GPS: differences, accuracy, and real-world use cases

Accuracy of your projects starts with understanding the technology that makes it possible. In this article, we’ll dive into GNSS, how GPS fits into the picture, and why GNSS is a game changer for surveyors.

Precise drone mapping with Emlid gear setup: GNSS base station, GCPs, and more

Precise drone mapping with Emlid gear setup: GNSS base station, GCPs, and more

Achieve centimeter-level precision in drone mapping with Reach receivers. Explore the ultimate RTK mapping setup with a GNSS base station, ground control points, and more.

Reach Firmware 32 enhances Reach RS3 compatibility with surveying software

Reach Firmware 32 enhances Reach RS3 compatibility with surveying software

The firmware update ensures seamless integrations of Reach RS3 across various surveying apps and enhances the performance of Reach receivers.