FLIR ONE PRO LT USB-C Thermal Imaging Camera

Product Information

But now anyone can access thermal imaging, whether you want to spot heat sources in dark places – ideal for wildlife spotting – or identify where heat is being lost from your property. If you simply want to measure temperatures, you may prefer our guide to the best infrared thermometers, but for HVAC, electronics, and plumbing these are now essential.

The FLIR C3-X and FLIR C5 are good-looking compact thermal imagers that are well suited to DIYers and contractors.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 IR maxes out at 160 x 120 on the pricier C5, allowing it to take advantage of Flir’s MSX technology. 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. Although there are several of us on the team, including me (Adam Juniper), we generally test thermal cameras by using them in day-to-day tasks like inspecting ventilation/insulation, heating equipment (radiators, boilers) and plumbing (hot water pipes and taps). We also test any special claims made by the manufacturer about individual products, as well as the overall experience. The device charges through the USB-C port on the side, and a single button on the front turns the camera on. The FLIR One app controls everything else. Near the top of the body are two cameras: a 160- by 120-pixel infrared camera and a 640- by 480-pixel visible light camera. In standard lighting, the images from the two cameras are combined to give you a picture with the invisible detail of the thermal image overlaid on top of the visible light image; a process FLIR gives the rather grandiose name of Multi-Spectral Dynamic Imaging. These dynamic visuals can be saved as 640- by 480-pixel photos or as a video that runs at about nine frames per second—rather choppy, but it's a limit imposed by the US government on technology that might be exported. The camera's default setting combines images from both cameras, so you can see an “outline” of a real-world object colored in with the temperature information. You can choose to view just the IR or visible light images. These settings can be selected in the FLIR One app, which is available for iOS and Android. This app controls the camera and keeps a library of saved images and video; no data is stored on the camera itself. This easy-to-use app allows you to control how the sensors’ temperature measurements are displayed in the images and videos, either by marking the hottest and coldest spots with crosshairs or setting up to three spots in the image to be continuously measured, which is especially useful in video mode.

With adjustable focus, the lens can be set on subjects as far as 550m (1,800ft). That’s not only handy for outdoor pursuits but allows you to take full advantage of the relatively high resolution to get sharp thermal images at any distance. Teledyne FLIR Announces FLIR ONE Edge Pro – The First Truly Wireless Mobile Infrared Camera Detachable form factor is i deal for inspecting hard-to-reach places Teledyne FLIR promises that it will be easy to recognize where problems are located and identify targets, thanks to FLIR's MSX (Multi-Spectral Dynamic Imaging), 160 × 120 (19,200 pixels) thermal resolution and VividIR, which combines multiple image frames together to deliver a clearer image. FLIR ONE Edge Pro price and availability Teledyne FLIR, a Teledyne Technologies company, is a world leader in intelligent sensing solutions for defense and industrial applications with approximately 4,000 employees worldwide. Founded in 1978, the company creates advanced technologies to help professionals make better, faster decisions that save lives and livelihoods. For more information, please visit www.teledyneflir.com or follow @flir. Note: the older CAT S61, still available in places, had a lower resolution IR camera, but offered laser measuring, offering an alternative with even more flexibility.

Offering effective image quality and processing to deliver results, the FLIR ONE Edge Pro features a 160×120 resolution radiometric Lepton ® thermal imaging camera paired with a visible camera. Along with VividIRÔ, which combines multiple image frames to deliver one sharper, final image, the cameras are brought together via MSX ®. The MSX patented image enhancement feature overlays the edge detail of the visible camera onto the thermal image without sacrificing any thermal data within the image, providing greater context and clarity to improve decision support. While the FLIR C-Series produces useful images in good light via MSX, this camera can do so at any time, since it doesn’t rely on visual light to boost its resolution. For our money, that makes it the best thermal-imaging camera for night use today. The FLIR One Edge Pro performs well but is not perfect. The fact that captured videos are limited to a jerky nine frames per second is frustrating. To be fair, that isn’t the company’s fault: The US government doesn’t allow higher-frame-rate cameras to be exported to other countries without an export license. Additionally, app developers have access to the FLIR ONE software development kit (SDK) to create custom applications for exclusive use with the FLIR ONE Edge Pro. The FLIR Ignite app allows users to upload images and videos from the FLIR ONE Edge Pro to the cloud (Image credit: Teledyne FLIR) FLIR ONE Edge Pro features

The “RESNET” compliant and IP54-rated FLIR ONE Edge Pro has a spring-loaded clip designed to allow operators to attach the camera to many types of mobile phones and tablets. Thanks to the combined Bluetooth and Wi-Fi connection, users can operate the Edge Pro up to 30 meters away from their mobile device, providing the flexibility to effectively inspect hard-to-reach places or those scenarios requiring greater standoff distances to maintain operator safety. Earlier I mentioned the two temperature range settings: -4 to 248 and 32 to 752. So if you point the camera at an object with a temperature that's outside the range you've selected, you don’t get a warning. It just displays the temperature at the end of the selected range. For example, when I set the camera to the lower range and pointed it at a gas flame, it showed the max temperature at about 266 degrees. But when I switched the camera to its higher range, the temperature reading of the flame rose to over 700.