The HIKMICRO Alpex 4K Lite LRF takes night vision technology to an entirely new level. With its ultra-high 4K resolution and built-in laser rangefinder, you gain full control of your surroundings—regardless of lighting conditions. The image is exceptionally detailed, high-contrast, and realistic, giving you a tactical advantage whether you are hunting or performing professional observation tasks. The integrated LRF provides fast and precise distance measurements, reducing errors and increasing efficiency.

The PARD Panther PA4-35 is an advanced thermal imaging sight created for hunters and shooters who require precision, reliability, and strong performance in all conditions. Its high-quality thermal sensor ensures clear detection of targets in complete darkness and challenging environments such as fog, rain, or vegetation. The 35 mm lens offers an excellent field of view and outstanding image clarity, making the sight ideal for medium- and long-range shooting.

The Pard Leopard 640 thermal imaging camera provides effective observation even in complete darkness. It is equipped with a high-performance VOx thermal sensor with a resolution of 640 × 512 pixels and exceptional thermal sensitivity of less than 20 mK, ensuring outstanding image quality. This version features a 35 mm focal length lens. Precise target identification becomes effortless, even in fog, snowfall, or difficult terrain. The device can detect heat signatures at distances of up to 1800 meters. 

The Pard Ocelot 256 thermal imaging sight is a compact, lightweight device that delivers excellent image quality and a wide range of advanced features. It is an appealing option for both seasoned hunters and those just beginning to explore thermal imaging technology. At the core of the sight is a modern sensor with a thermal sensitivity below 25 mK, delivering exceptional performance even in unfavorable lighting conditions. The image remains clear and detailed, enabling precise target identification. Advanced software allows users to customize image settings according to their personal preferences.