Learn more about our partners that contribute to AirGon LLC, our small Unmanned Aerial Systems (sUAS) subsidiary. Read more...

Our AirGon Services group uses our interactions with mining companies to help us learn what products they need, accuracy levels and how to reliably create those products. Today I will share with you the five most popular products that miners request. Read more...

LP360 includes a Point Cloud Task (PCT) that will automatically digitize the toe of a clean stockpile and can allow for the classification of overhead structures such as conveyors. This tool saves considerable time when computing stockpile volumetrics. Read more...

Find out how to process your LIDAR or photogrammetric point cloud data faster with the right hardware. Read more...

Find out how to use a sparse LIDAR dataset as control points in LP360. Read more...

Find out all of the latest AirGon developments and updates we are working on as of September 2016. Read more...

We have added quite a few tools to LP360 (Standalone) aimed at small unmanned aerial systems (sUAS) data processing (and small area LIDAR, of course). Here are a few tips for defining stockpile toes for volumetric computations. Read more...

This article will examine Geiger-mode data sets in the context of software tools and workflows. We investigate if data from a Geiger-mode system will work seamlessly with your current tools and techniques. Read more...

In this article, we will present some methods for analyzing data from various acquisition scenarios to validate if the collection matches the intended flight plan. Read more...

New regulations for commercial small unmanned aerial systems (sUAS or “drones”) will take effect in the United States on August 27, 2016. These new rules, referred to as Part 107, contain a real gem that not many folks are discussing. In fact, I think it may be the most important rule of the entire Part 107. Read more...

The following workflow and accompanying video describes the suggested workflow for digitizing breaklines around islands within LP360. Read more...

This video from NOAA’s video library covers best practices for reducing errors in the areas of: 1. location and environment, 2. equipment setup and 3. observation times and accuracy checks. Read more...

In this video from NOAA’s video library they explain the basic concepts behind geodetic datums, where they are used, and why it is important to know about and use the correct datums. Read more...

One of the great features in Lp360 for sUAS are tools to automatically create the footprint (“toe”) of a stockpile and to optionally classify overhead points so that they are excluded from subsequent processing (such as cross sections or volumetric computations). Read more...

Using drone (sUAS) collected photogrammetry which are then turned into a point cloud for assessment in LP360 Ignacio Zapico Alonso (Departamento de Geodinámica, UCM, e Instituto de Geociencias, CSIC-UCM), Anonio Molina Jurado (Universidad de Alcalá) and David Gutiérrez Torres (DGDrone) discuss Topographic monitoring at the restoration of the Somolinos quarry. Read more...

There is a GPS Time Converter Utility in GeoCue that can be used to convert between different times. The utility can be used independent of GeoCue or it can be added directly into the program. Read more...

Learn how RMSE and the minimum Contour Interval are related. Read more...

This article provides a description of the Coordinate System Utility in LP360 that allows you to define horizontal and vertical coordinate systems and output PRJ files. Read more...

Our President/ CTO discusses the latest happenings with AirGon, LLC, our sUAS subsidiary, as of May 2016 in this article. Read more...

In the LIDAR industry the generally accepted definition for Nominal Pulse Spacing (NPS) is the one detailed in the USGS base LIDAR Specification. That is the spacing between points in the collection when in reference to single instrument, single swath, first return only LIDAR point data. Read more...