Mapping Topic: Field Gear

Download the Skadi Smart Handle™ datasheet to view technical specifications including power consumption, laser specifications, compatible Skadi Series™ GNSS receivers, and more!

What causes GNSS error? In part 2 of our educational series, learn how error is introduced into all GPS technologies, and how you can take steps to mitigate this error.

Our panelists answer questions about datum transformations, RTK, ArcGIS Field Maps and more in this Q&A from our recent workshop.

Want to use external Bluetooth® GPS receivers in your work, but not sure where to start? Eos has compiled five resources to help you get started on your journey.

With Eos Laser Mapping you have three standard workflows to choose from. This article shows you video and best uses for each setup.

This is step 3 of 3: How to mount your receiver & antenna with antenna hat/pouch for use with submeter Arrow GNSS receivers (100, 100+, Lite).

This is step 3 of 3: How to mount your receiver & antenna with vest and pole. Recommended for submeter Arrow GNSS receivers (100, 100+, Lite).

This is step 3 of 3: How to mount your receiver & antenna with hand bracket. Recommended for submeter Arrow GNSS receivers (100, 100+, Lite).

This is step 3 of 3: How to mount your receiver & antenna with range pole for centimeter Arrow GNSS receivers (Gold, Gold+, 200).

Michael Cousins explains OHM Advisor's best practices for evaluating field GIS technology, including software, hardware and staff training.

This video will walk you through all the parts that belong in your rugged field case, and how to mount your Arrow Gold GNSS receiver to a pole.

High-accuracy data collection has come a long way since the USA launched the first GNSS constellation, GPS, in the 1970s. Today, all you need to get started with submeter or centimeter data collection is a smart device, a collection app, and a GNSS receiver that works with both.