Mobile Device: Android

In this article, we show you how to configure ArcGIS Collector with Arrow GNSS receivers on any Android smartphone or tablet.

Run multiple Esri mobile apps on Android while concurrently consuming Arrow GNSS location metadata. This guide will show you how (for Android only).

One question we get asked is, “How do I know if my iPad/Android is using my Bluetooth GNSS receiver or the internal iPad/Android GNSS receiver?” Here's how.

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.

Enabling mock location on Android lets you use location-aware apps with Arrow GNSS locations. In this article, we'll show you how to enable mock locations.

This article will walk you through your options for using collecting high-accuracy GNSS locations using Arrow GNSS receivers with your own Android app.

To activate the new Eos Tools Pro "Battery Status Monitor" on Android, borrow an iOS device for a few minutes and follow these steps.

Follow a few simple steps for how to connect Arrow to Android devices. You'll be using GNSS location on your phone or tablet in moments!

Mock Location is available in the "hidden" Developer Mode menu on your Android device. Here is how to enable it:

In these videos, we demonstrate data capture using 3 Eos Laser Mapping methods: Range-Azimuth, Range-Backsight, and Range-Range.

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.

Why is the Range-Backsight laser mapping method the most efficient and most accurate? This article breaks down everything you need to know about this popular workflow.