FLIR Tools is available for Windows, iOS, and Android, though the Mac version has been discontinued (despite MacBooks appearing in FLIR’s promo shots).
If you can stretch to it, the C5 model adds more analysis features and Wi-Fi so you can get images to your phone and to your software.įLIR’s analysis software, FLIR Tools, allows you to change the color palettes and take readings from 4,800 measurement points in the image files, a little like using the eyedropper in Photoshop. The ability to type notes via a touch keyboard can be handy, too. Of course, the low resolution boosted with visuals only works in good light, so a small LED light is provided, although that only offers limited assistance at night.īoth versions have a 3-inch touchscreen and can store around 500 images onboard to transfer via Micro USB. The visual camera can also provide a picture-in-picture option. This patented method uses an edge-detection algorithm on the higher-resolution visual light image, overlaying this with the IR image to make the picture easier to comprehend. The IR maxes out at 160 x 120 on the pricier C5, allowing it to take advantage of Flir’s MSX technology. With a rugged body that’ll survive a bit of workplace rough-and-tumble, both have two cameras and a 5-megapixel optical lens. The FLIR C3-X and FLIR C5 (opens in new tab) are good-looking compact thermal imagers that are well suited to DIYers and contractors. Depending on the software, you can also take retrospective measurements from the thermal JPEGs.
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For professional use, it pays to read up a bit on understanding thermograms, but you’ll understand the basics the moment you power on your thermal camera. Because IR is part of the electromagnetic spectrum, like visible light, it also has similar properties when it encounters lenses or rain. Thermal imaging works in the dark, or through smoke, but can be fooled by the reflectiveness (emissivity) of a surface. Read more: Best indoor security cameras or Best outdoor security cameras Meanwhile, refresh rates aren’t always high 9Hz is typical, which is fine for locating hotspots, but not exactly cinematic. The sensors are also of varying detail (150mK sensitivity means each pixel takes readings to the nearest 0.15˚C, so lower numbers are better). Digitally overlaying the thermal image with a high-resolution, visible one can make understanding the picture easier, and many devices on this list do that. Higher resolutions are always better, allowing you to work at a distance, which is especially important in security and rescue scenarios. See also Best thermal drones (opens in new tab)
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