Emlid official blog

In aerial mapping, your workflow mainly depends on the technology your drone employs—PPK (Post-Processing Kinematic) or RTK (Real-Time Kinematic). Each system has its own strengths and therefore is designed for specific scenarios. Understanding how each approach works will help you achieve accurate and reliable mapping results.

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 photogrammetry is used in various industries, from land surveying and construction to archaeology, real estate, insurance, and forensics. Despite its accessibility, 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.

In the world of surveying and drone mapping, accuracy is everything—and that 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.

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.

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

It’s here—our new Reach RS3 receiver with IMU tilt compensation. Survey hard-to-reach points and stake out faster without checking the bubble. Explore all Reach RS3 features.

To help you find out which Emlid Reach receiver is best for your survey job, we have highlighted the differences between them and tried to make your decision as informed as possible.