Pard Leopard 480 Thermal Camera guarantees effective observation of the surroundings in complete darkness. Equipped with a high-performance VOx sensor with a resolution of 480x360 pixels. The detector with an exceptionally high thermal sensitivity – below 20 mK delivers unprecedented image quality. Model with a 25 mm focal length.
Precise target identification has never been easier – even in fog or snowfall. The device enables detection at a distance of up to 1200 meters. The 25 mm objective lens offers 2.5x optical magnification, which can be further enhanced with digital zoom up to 8x, allowing image adjustment for both close and long-range observations.
The device is equipped with an AMOLED display with a resolution of 1600x1200 pixels, delivering a clear image under all conditions. Thanks to various scene modes (City, Rain, Forest), the monocular easily adapts to changing environmental conditions, enabling precise thermal detection.
The detector features a VOx sensor with a resolution of 480x360, offering an image refresh rate of 50Hz and is sure to meet the expectations of demanding hunters.
The Pard LE4-25 stands out not only for its advanced functionality but also for its robust construction. The IP67 protection rating ensures resistance to harsh weather conditions such as rain and dust. With a long operating time on a single battery and support for the PardVision2 app, the device is an ideal companion in the field for both professionals and nature enthusiasts.
The device features a fixed 2.5x optical magnification, which combined with up to 8x digital zoom, guarantees precise target identification at long distances. Four levels of digital zoom (2/4/6/8) allow perfect adjustment to the distance separating you from the target. Users also have access to three color palettes of the displayed image, making it easy to customize the view to personal preferences.
The Pard Leopard 480 thermal monocular is an excellent solution for those looking for a precise and easy-to-use thermal imaging device with a wide range of applications.