Have you ever wondered what goes on behind the scenes when flying a drone?
If so, you should watch this behind-the-scenes video.
We recently went to a rural area west of Calgary, and collected specialized data for a client. Over the course of about two and a half hours, we captured more than 36000 images (almost 5204 per band) of the site in RGB, panchromatic, thermal, and red edge band, which we then used to generate a DTM, DSM, and tiled orthoimages.
Airborne remote sensing missions contribute to CO2 emissions, but choosing the right aircraft can significantly lower your mission’s carbon footprint. While traditional propeller planes are commonly used, jets like the IO Aerospace Learjet 35A offer superior benefits and optimizations that help reduce CO2 output, making them a more sustainable option for large-scale data acquisition projects.
Marketing of satellite imagery often highlights global coverage and high resolution, but the limitations are buried in the fine print. Aircraft, however, offer higher precision, faster turnaround, and greater flexibility, making them ideal for industries needing timely, accurate data. Discover the truth behind satellite vs. aerial optical imagery.
Five years ago, if you had asked us about the future of airborne remote sensing, we would have told you