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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
Oct 22, 20244 min read
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The Essential Guide to Processing UAV Data: Tools and Computer Specs for Handling Large Datasets
UAV remote sensing data, especially from LiDAR, multispectral, or thermal sensors, requires extensive processing to turn raw data into actio
Oct 16, 20244 min read
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What Are the Different Types of Sensors Used in UAV Remote Sensing?
UAV remote sensing is powered by a variety of sensors, each offering unique advantages.
Oct 15, 20243 min read
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Aerial vs. Terrestrial LiDAR: Which Technology is Best for Your Project?
Discover how Aerial and Terrestrial LiDAR offer unique advantages for large-area mapping and detailed ground surveys, helping industries ach
Oct 14, 20244 min read
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Why is Aerial LiDAR 30% - 50% cheaper than traditional TOPO?
Why Aerial LiDAR Is Cheaper and More Data-Rich Than Traditional Ground-Based Surveys
Oct 9, 20243 min read
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Never fly LiDAR after a hard rain
However, one of its limitations is its inability to penetrate standing water, a common issue that must be considered when planning a survey.
Oct 8, 20243 min read
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LiDAR Canopy Penetration: How Much Reaches the Ground?
One of its most impressive features is the ability to capture the terrain beneath dense vegetation
Oct 7, 20243 min read
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Why Photogrammetry Can’t Penetrate Dense Vegetation for Topographic Surveys
It faces significant limitations when it comes to penetrating dense vegetation for accurate topographic (topo) mapping. Here's why
Oct 1, 20243 min read
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