Emlid official blog

Waiting for surveyors slows jobs down. Learn the GNSS workflows your crew can run in-house to verify work, catch errors early, and keep machines moving without losing accuracy.

Long-term projects need long-term accuracy. This article explains when to use a permanent GNSS base station, how it works, and how to set it up for reliable positioning over days, weeks, or years.

Meet the new collaboration tools in Emlid Flow and Flow 360 to bring your crew into one seamless workspace. The teamwork is available in the Free and Pro (formerly Survey) plans.

This year, Black Friday at Emlid turned into something better: a full Cyber Week of discounts on Reach devices. From December 1 to 8, get 10% off previous-gen Reach models.

Every survey team has a different idea of the perfect setup. Let’s compare the Reach RS4, Reach RS4 Pro, Reach RX2, and Reach RS3 receivers—what’s new, what they share, and how to choose the one that fits your workflow best.

Meet the new Reach RS4 and RS4 Pro: high-performance GNSS receivers designed for demanding construction projects.

The Reach RX2 is a compact RTK rover with tilt compensation, built for GIS and construction teams. Simple to use, accurate, and ready for real job sites.

Vulcan Line Tools is transforming how utility data is captured in the field. Using the Azmyth on Foot iOS app paired with Emlid’s Reach RX GNSS receiver, their team reduced survey time per pole from 20 minutes to just 30 seconds.

The future of RTK GNSS isn’t about complexity—it’s about simplicity, which translates into confidence. It’s about using gear that just works, everywhere, for everyone. Taking that philosophy further, we introduce the new generation of Emlid GNSS receivers.

Escambia County’s conservation team swapped tape measures and phone GPS for Emlid Reach receivers—boosting accuracy, saving time, and protecting wildlife.