Pard Pantera 640 2.0 LRF is an advanced thermal imaging scope designed for hunters and shooters who demand precision and reliability. Equipped with an advanced thermal sensor, it allows you to detect targets in complete darkness and in difficult weather conditions such as fog or rain. The scope features a 75 mm objective lens that offers an excellent field of view and exceptional image quality, making it ideal for medium- and long-range shooting.
One of the standout features of the Pard Pantera 640 2.0 LRF scope is the integrated laser rangefinder, which allows measuring distances up to 1000 meters with high precision. The thermal scope is also equipped with an OLED display that provides a clear image and easy target identification in various lighting conditions. It offers different color palettes such as white hot, black hot, and red hot, which improve visibility and contrast depending on the terrain and environment.
To enhance precision, the device features a PiP function that provides a magnified target view while maintaining the full field of view for better situational awareness. The scope is built for durability – its housing meets the IP67 standard, meaning it is waterproof, dustproof, and shock-resistant, making it suitable for intensive use. Additionally, it offers customizable reticles with adjustable brightness and color to suit user preferences.
The scope is powered by a lithium-ion battery that ensures long operating time, allowing uninterrupted use during extended hunts. It also supports video recording and Wi-Fi connectivity, enabling users to record their activities and seamlessly transfer files to mobile devices. Despite its advanced capabilities, the device maintains a lightweight and compact design with intuitive controls for easy field operation.
With a detection range of up to 2600 meters, digital zoom, and precise adjustment options, the Pard Pantera 640 2.0 LRF thermal scope delivers exceptional performance. It is a versatile and reliable tool for night hunting and professional shooting training, ensuring accuracy and efficiency even in the most demanding conditions.