Packaging content
| Carrying case |
Y |
| Warranty card |
Y |
Night vision
| Night vision distance |
548.6 m |
CompactXR - 206 x 156, 7.5-14 Microns, Vanadium Oxide, iOS
Long-Range Thermal Imaging Camera Designed for Your Smartphone
CompactXR is the world’s smallest thermal imager. Its highly portable design fits in your pocket for easy connect and detect convenience. The CompactXR delivers powerful thermal imaging through its advanced 206x156 thermal sensor engineered with the same military-proven technology the pros use. Its 20-degree narrow field of view allows it to detect heat signatures up to 1,800 feet away between -40 and 626 degrees Fahrenheit.
phone compatibility
The free Seek Thermal App, available on iTunes and Google Play, gives you the ability to measure temperature within just a few degrees, test and measure specific temperature ranges, as well as contrast and compare visible imagery with thermal side by side. By utilizing all the same functions as your smartphone, the CompactXR makes it easier to take photos and video, compare, share, and send for documentation. On top of all this, the CompactXR never needs to be charged as it is designed to run at low power from your smartphone.
A Tiny Thermal Camera. A Big Step Forward.
An unseen world of energy surrounds us. It’s part of everything we touch, see, and feel. This unseen world – specifically levels of infrared energy, which our eyes can’t detect – provides information that is incredibly useful for solving everyday problems. Bringing to the table over 35 years of innovation, Seek’s cofounding team – Dr. William Parrish and Tim Fitzgibbons – knew that turning every smartphone into a high-powered thermal imaging device was groundbreaking and could change lives.
Seek a New Advantage
By measuring very small temperature differences, invisible energy patterns are converted by our thermal imagers into clear, visible images that the human eye can’t always see. Since the energy we sense is not impacted by visible light, our infrared thermal imagers can be used in both daylight and night conditions across long distances.
