Based on the proven performance and popularity of our XD series we thought it was time to take things to a whole new level with the launch of our new XD-II Stealth Series. New models feature improved image quality thanks to the 12μm pixel sensors, greater base magnifications for up to 40% increases in detection ranges, combined with 50% better battery life these units are big improvement.

Based on the proven performance and popularity of our XD series we thought it was time to take things to a whole new level with the launch of our new XD-II Stealth Series. New models feature improved image quality thanks to the 12μm pixel sensors, greater base magnifications for up to 40% increases in detection ranges, combined with 50% better battery life these units are big improvement.
The units still include built in photo and video recording and now have more memory with 16GB, 1280×960 HD screens, and Wi-Fi on all models as standard (except XD-Mini). The Stealth Series brings some new models with the option of higher resolution 640×512 sensors and the proven and superior image quality of our propriety XST sensors.
The Night Tech Stealth Series XD-II thermal monoculars have been developed for a variety of applications including the outdoors, hunting, marine, security, law enforcement and surveillance.

XST Technology combines superior VOX sensor technology with advanced image processing algorithms which means you can detect objects at greater distances and identify them with better accuracy. Enjoy class-leading performance with images that are up to 3 times sharper and more sensitive than other thermal products on the market.

*Comparable Focal length is based on competitors’ typical focal lengths of F1.2-1.5 and the given lens diameter. The Night Tech Stealth Series uses lower F numbers of between F1.0-F1.2 to reduce the focal length, compared with our competitor’s products that use a higher F number with the same size lens to give a larger focal length number. We have lower F Numbers in order to provide the maximum amount of IR light to the thermal sensor, thus improving the image quality.