Eos Laser Mapping: Laser offsets and sideshots for Esri ArcGIS with Laser Tech LTI laser rangefinders and Eos Arrow GNSS receivers GPS mapping, total station like workflow

Eos Laser Mapping™ for ArcGIS

Map Assets Without Having to Physically Occupy Them

Eos is excited to bring you the world’s first laser mapping solution for Esri’s ArcGIS apps. The Eos Laser Mapping™ solution is for field crews that need to map hard-to-occupy assets with 3D, survey-grade accuracy — without having to physically stand on top of every single point. This is great when the assets you need to collect are located in environments that are either GNSS-impaired (with poor line-of-sight to positioning satellites), or in areas that are difficult and dangerous to reach. Eos Laser Mapping is currently available for iPad® and iPhone® as a free solution, in conjunction with our partnerships between Esri and Laser Technology (LTI).

Eos Laser Mapping GPS GNSS GIS Laser Offsets LTI Data Collection

Key Benefits of Eos Laser Mapping™

Increase Accuracy and Efficiency

Eos Laser Mapping lets a technician stand hundreds of meters away from his target, while collecting it with submeter or centimeter accuracy.

Keep Crews Safer

Keep your crews safer when they can map assets, such as a manhole located in a busy street intersection, from a safe distance away.

Choose From 3 Mapping Methods

With three laser mapping methods to choose from, you can pick the workflow that provides the greatest combination of mobility and efficiency.

What Are The 3 Eos Laser Mapping Methods?

Eos Laser Mapping: Laser offsets and sideshots for Esri ArcGIS with Laser Tech LTI laser rangefinders and Eos Arrow GNSS receivers GPS mapping, total station like workflow

Choose From 3 Laser Mapping Methods

Range-Azimuth, Range-Backsight, and Range-Range

Customers interested in Eos Laser Mapping can choose from three methods: Range-Azimuth, Range-Backsight, and Range-Range (sometimes called “Range-Intersect”). Play the video for an overview of all three methods, and which method is best for which type of data collection. All three methods require the following equipment:

RAIndicates equipment for Range-Azimuth laser mapping method

RBIndicates equipment for Range-Backsight laser mapping method

RRIndicates equipment for Range-Range (Range-Intersect) laser mapping method

How to Choose Your Method >

What Hardware and Software is Required for Eos Laser Mapping?

Eos Laser Mapping is a free solution from Eos Positioning Systems®. However, you must have all the required hardware and software components in order to use the solution.

Skadi Series or Arrow Series GNSS Receiver

You will need a Skadi Series or Arrow Series GNSS receiver. We recommend the Skadi Gold™ or Arrow Gold+® receivers for optimal productivity and performance.

Learn About The Skadi Gold >

iOS® & Android™ Apps

Eos Laser Mapping requires an iOS or Android mobile device running Eos Tools Pro and Esri’s ArcGIS Field Maps to perform the data capture.

Learn About Using ArcGIS Field Maps with Eos Receivers >

Compatible Laser Rangefinder

Eos Laser Mapping is compatible with LTI’s laser rangefinders. The model you need depends on which laser mapping method you wish to use.

Browse Compatible Lasers >

Featured Case Studies Using Eos Laser Mapping for ArcGIS

Foggy Forest

Habitat Restoration using GNSS, GalHAS and Laser Rangefinders in Great Smoky Mountains National Park

Three AmeriCorps GIS interns overcame the challenges of dense canopy using an Arrow Gold+ GNSS receiver, Galileo HAS corrections, and an LTI laser rangefinder. Their work will help field staff clear trees to re-establish the historic bald boundaries.

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Foggy Forest

Customer Spotlight: Ellie Chao Brings the Power of Maps to Utility Clients

Learn how Ellie Chao uses Eos Arrow Gold® GNSS receivers with ArcGIS Field Maps to increase trust in the accuracy of data for her utility clients.

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Foggy Forest

New Jersey City Ditches Paper Maps for High-Accuracy Data Collection in ArcGIS Apps

The City of Rahway upgraded from a paper-based workflow to digital GNSS mobile mapping for the city's sanitary sewer and stormwater systems.

More Info

What Customers Say about Eos Laser Mapping

Dann Block

“With the laser offset, I don’t have to guess where my points are now. I can actually get pretty close. Depending on how close I am to buildings, I can get as good as 20 centimeters.”

Dann Block

Lead Gardener, Woodland Park Zoo / WA, United States

Related Hardware and Software for Eos Laser Mapping

Recommended Resources for Eos Laser Mapping

Eos Arrow Laser Mapping GNSS GPS GIS Esri ArcGIS

Field Demonstration: 3 Eos Laser Mapping Methods

In these videos, we demonstrate data capture using 3 Eos Laser Mapping methods: Range-Azimuth, Range-Backsight, and Range-Range.
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Eos Arrow GNSS Laser Mapping Workshop with Esri ArcGIS Field Maps GIS GPS

Free Eos Laser Mapping for ArcGIS Field Maps: Request the Recording

Eos is pleased to offer a free training workshop for Eos Laser Mapping™ with ArcGIS Field Maps. Learn how to map assets from afar while retaining high accuracy.
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Eos Laser Mapping™ Guide- Step-by-Step Startup (PDF) GPS GIS GNSS

Eos Laser Mapping™ Guide: Step-by-Step Startup (PDF)

This Eos Laser Mapping™ for ArcGIS® User Manual is a resource for those interested in deploying laser mapping.
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