ecko360 Industrial

04/11/2025

Flying photogrammetry today at the old Harley Davidson in Hammond.

10/30/2024

Taking check points in situations where you encounter high dense vegetation ensures seamless post processing and accuracy during aerial LiDAR TOPO projects.

10/30/2024

Performing thermal inspections with UAVs can transform how we detect and assess temperature variations in industrial settings. This article by ecko360 covers essential best practices for accurate thermal data, from optimizing flight conditions to selecting the right sensors and understanding key data analysis techniques. Perfect for industries like oil & gas, construction, and utilities!
Read more on performing precise UAV thermal inspections here: How to Perform Thermal Inspections with UAVs: Best Practices

UAVs (drones) are becoming an essential tool for monitoring and inspecting infrastructure, such as buildings, solar panels, and electrical s

10/16/2024

Processing large datasets from UAV remote sensing requires the right tools and hardware. Learn about the best software for handling LiDAR, multispectral, and thermal data, along with recommended computer specs to ensure fast and efficient results.

UAV remote sensing data, especially from LiDAR, multispectral, or thermal sensors, requires extensive processing to turn raw data into actio

10/15/2024

Explore the various sensors used in UAV remote sensing, from LiDAR and TDLAS to thermal and multispectral cameras. Learn how these technologies are transforming industries like agriculture, construction, and environmental monitoring by providing faster, safer, and more accurate data collection.

UAV remote sensing is powered by a variety of sensors, each offering unique advantages.

10/14/2024

Curious about the differences between Aerial and Terrestrial LiDAR? Learn how these powerful technologies offer unique benefits for mapping, surveying, and data collection across various industries. Find out which is best suited for your next project!

Discover how Aerial and Terrestrial LiDAR offer unique advantages for large-area mapping and detailed ground surveys, helping industries ach

10/10/2024

Ecko360 recently helped an oil and gas company verify EPA compliance by using advanced OGI drones to inspect 4 facilities along the Louisiana coast. In just 2 days, we confirmed that the initial leak had been repaired and discovered 9 additional leaks missed by previous inspections. Our drone technology provides fast, accurate, and cost-effective solutions for environmental and regulatory challenges. Learn more about how we can help your business stay compliant and safe!

ecko360 used OGI drones to inspect 4 oil facilities, confirming repairs and finding 9 additional leaks the EPA missed.

10/09/2024

🚁💡 Discover why Aerial LiDAR is not only more cost-effective but also provides far more data than traditional ground-based topographic surveys! Cover larger areas faster, capture more detail, and save up to 50% on survey costs. Perfect for large projects like construction, environmental studies, and infrastructure planning. Read more on how aerial LiDAR transforms topography mapping!

Why Aerial LiDAR Is Cheaper and More Data-Rich Than Traditional Ground-Based Surveys

10/07/2024

🌳 Did you know? LiDAR technology can pe*****te dense vegetation and reveal the terrain beneath with incredible accuracy! While traditional photogrammetry struggles in forested areas, LiDAR excels, with 10-30% of laser pulses reaching the ground through thick canopies. This makes it a powerful tool for forestry management, environmental assessments, and civil engineering projects. Learn how LiDAR is transforming topographic surveys and helping professionals capture the true landscape beneath the trees! 🌍🚁

One of its most impressive features is the ability to capture the terrain beneath dense vegetation

10/01/2024

This article explains why photogrammetry, while effective in clear terrain, struggles to provide accurate topographic data in areas with dense vegetation. Since photogrammetry relies on visible surface data, it cannot pe*****te through tree canopies or thick brush to capture the actual ground surface. This limitation makes it unsuitable for topo surveys in forested areas. In contrast, LiDAR technology, which uses laser pulses to pe*****te vegetation and measure the ground beneath, is presented as a better solution for such environments, offering more accurate data for civil engineering and land surveying projects.

It faces significant limitations when it comes to penetrating dense vegetation for accurate topographic (topo) mapping. Here's why