E38SurveySolutions

We tested the range of corrections to our Emlid Reach RS3 coming from our RS2+ base over 902 MHz LoRa versus the range we could achieve over 450 MHz Trimtalk™ using our External Long Range radio connected to an RS2 base. *Correction* our external radio's High output is 35W Emlid Reach RS3: https://e38surveysolutions.com/collections/emlid-reach-rs3 https://youtu.be/WqKezXszFLY https://youtu.be/j15wWd1Xdxc External Long Range Radio: https://e38surveysolutions.com/collections/emlid-reach-rs3/products/long-external-radio-kit

We tested the range of corrections to our Emlid Reach RS3 coming from our RS2+ base over 902 MHz LoRa versus the range we could achieve over 450 MHz Trimtalk™ using our External Long Range radio connected to an RS2 base. *Correction* our external radio's High output is 35W Emlid Reach RS3: https://e38surveysolutions.com/collections/emlid-reach-rs3 https://youtu.be/Ow8PKua67a4 https://youtu.be/j15wWd1Xdxc External Long Range Radio: https://e38surveysolutions.com/collections/emlid-reach-rs3/products/long-external-radio-kit

This video will show you step by step how to use Emlid Caster to set up an Emlid Reach RS3 and an Emlid Reach RX as a base and rover. This method should work with any NTRIP capable receivers that use RTCM3 format corrections. https://youtu.be/K_-vH86nH6I https://youtu.be/jAh3v_OswBQ https://e38surveysolutions.com/collections/emlid-reach-rx-rs2/products/emlid-reach-network-base-and-rover-kit

Here's a quick tutorial on using NGS's OPUS-S Beta with Emlid's Reach Receivers such as the RS2, RS2+, and RS3. This workflow should be similar with any other GNSS receivers as well, visit https://www.ngs.noaa.gov/OPUS/about.jsp for more info. Downloading RS2/RS3 Logs: https://youtu.be/P-3ntMQkumE Beta website: https://beta.ngs.noaa.gov/OPUS/ Shop for your next drone, GNSS receiver, or other survey tools here: https://e38surveysolutions.com/

This video will give you a first look at configuring Pix4D catch to integrate the Emlid Reach RX for cm-level GNSS precision for your scans using the iPhone 14 Pro's LiDAR sensor. The Emlid scanning kit uses the SPC+ mounting standard and is compatible with LiDAR enabled iPhones(12 - 15 Pro and Pro Max). https://youtu.be/K_-vH86nH6I https://youtu.be/KBjcK8INZOY Scanning Kit: https://e38surveysolutions.com/products/pix4d-emlid-scanning-kit 00:00 - 00:19 Intro 00:19 - 00:57 Configuring Corrections 00:57 - 02:28 Capturing Data / Live Preview 02:28 - 04:24 Saving / Uploading / Exporting

This video is intended to give a basic understanding of how GNSS works for those intending to operate GNSS receivers with no prior knowledge. I’ll start by defining common acronyms and terminology, then explain in laymen’s terms how GNSS works, the expected accuracy of GNSS receivers and how to get the most out of your equipment. After that, a real world example that will hopefully tie it all together for your understanding. https://ggos.org/item/gnss/ https://training.dewesoft.com/storage/pro/courses/gps-measurement-and-recording-gnss.pdf https://web.pdx.edu/~jduh/courses/Archive/geog481w07/Students/Franczyk_RMSE_Accuracy.pdf https://support.pix4d.com/hc/en-us/articles/202558889-What-is-the-relative-and-absolute-accuracy-of-drone-mapping https://e38surveysolutions.com/collections/emlid-reach-rx-rs2 00:00 - 00:40 Overview 00:40 - 02:04 Acronyms and Definitions 02:04 - 03:33 How GNSS receivers work 03:33 - 04:54 Absolute vs Relative Accuracy 04:54 - 06:35 Example 06:35 - 06:54 References