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PPK vs RTK in drone mapping: choosing right technology for precision surveys https://blog.emlid.com/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). 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.

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.

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Integrating Reach receivers with autonomous data collection devices https://blog.emlid.com/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.

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.

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Breaking down drone mapping: step-by-step guide with Tim Durham https://blog.emlid.com/breaking-down-the-drone-mapping-a-step-by-step-guide/ Breaking down drone mapping: step-by-step guide with Tim Durham

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.

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.

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Why get into drone mapping: salary, pros, cons, opportunities https://blog.emlid.com/why-get-into-drone-mapping-salary-pros-cons-opportunities/ Why get into drone mapping: salary, pros, cons, opportunities

Imagine a global community of drone mapping specialists working across various industries. But why is drone mapping so appealing to newcomers? In this article, we’ll explore the career opportunities, income potential, and the future of drone mapping across multiple sectors.

Imagine a global community of drone mapping specialists working across various industries. But why is drone mapping so appealing to newcomers? In this article, we’ll explore the career opportunities, income potential, and the future of drone mapping across multiple sectors.

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Why you need to use ground control points (GCP) for drone mapping https://blog.emlid.com/why-you-need-to-use-ground-control-points-gcp-for-drone-mapping/ Why you need to use ground control points (GCP) for drone mapping

Ground control points improve georeferencing accuracy in drone mapping, ensuring maps align with real-world locations. This article explains why GCPs are still crucial, how to place and collect them, and answers key questions like how many you need.

Ground control points improve georeferencing accuracy in drone mapping, ensuring maps align with real-world locations. This article explains why GCPs are still crucial, how to place and collect them, and answers key questions like how many you need.

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RTK corrections explained: from base station to NTRIP service https://blog.emlid.com/rtk-corrections-explained-from-base-station-to-ntrip-service/ RTK corrections explained: from base station to NTRIP service

Learn two methods for obtaining RTK corrections for surveying workflows: using an NTRIP service or your own base station. This information will help you choose the best method for your application.

Learn two methods for obtaining RTK corrections for surveying workflows: using an NTRIP service or your own base station. This information will help you choose the best method for your application.

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Precise drone mapping with Emlid gear setup: GNSS base station, GCPs, and more https://blog.emlid.com/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.

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.

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Optimizing drone mapping using Reach RS2+/RS3 as an RTK base station https://blog.emlid.com/reach-rs2-as-a-base-station-for-drone-mapping-with-autel-enterprise-drones/ Optimizing drone mapping using Reach RS2+/RS3 as an RTK base station

Check out our guide on how to set up Reach RS2 / RS2+ as a base for the Autel Enterprise drone. And see how Emlid user perform drone mapping with Reach RS2 and the Autel EVO II Enterprise.

Check out our guide on how to set up Reach RS2 / RS2+ as a base for the Autel Enterprise drone. And see how Emlid user perform drone mapping with Reach RS2 and the Autel EVO II Enterprise.

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Precision agriculture technology: How a reliable GNSS receiver can help your farm https://blog.emlid.com/precision-agriculture-how-reach-receivers-can-help-your-farm/ Precision agriculture technology: How a reliable GNSS receiver can help your farm

Reach helps farmers when it’s integrated with agricultural equipment or used for drone mapping. Check out cases of using Reach in precision agriculture.

Reach helps farmers when it’s integrated with agricultural equipment or used for drone mapping. Check out cases of using Reach in precision agriculture.

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Industry professionals share first-hand experiences with Reach RX high precision GPS rover https://blog.emlid.com/first-hand-experience-how-professionals-from-different-industries-use-reach-rx/ Industry professionals share first-hand experiences with Reach RX high precision GPS rover

Check out the first-hand experience of industry professionals with the Reach RX in construction and drone mapping.

Check out the first-hand experience of industry professionals with the Reach RX in construction and drone mapping.

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