Thermal imaging monocular PATRIOT 2 L25

This model of thermal imaging monocular offers advanced technologies to ensure maximum performance in challenging conditions. Its exceptional performance makes it the perfect choice for professional hunting operations. Its main advantages include:

1. High resolution and sensitivity: The monocular provides extremely accurate transmission of thermal signals thanks to NETD ≤18mk@300k, which allows you to perfectly distinguish objects in the most difficult lighting and weather conditions.
2. Multifunctionality: The device is suitable for a wide range of hunting tasks: from surveillance and reconnaissance to territory protection. Built-in sensors, such as compass, azimuth and altimeter, ensure complete orientation on the ground.
3. Powerful protection: Thanks to its IP67 rating, the monocular works reliably in conditions of high humidity, dust, and even drops of up to 1 meter. This makes it a durable and reliable tool for the field.
4. Improved image quality: Thanks to the innovative 1024×768 AMOLED display and high-quality sensor, the thermal imager delivers a clear and vivid image that makes it easy to identify objects even at a great distance.
5. Long battery life: The built-in rechargeable battery provides up to 20 hours of uninterrupted operation, allowing for extended operations without the need for frequent recharging. This is especially important during missions where there is no access to power sources.
6. Convenience and portability: The compact design and light weight make this monocular easy to transport and use in any environment. The device weighs only 560 g, which makes it comfortable to wear for long periods of time.
7. Intelligent features and connectivity: The monocular is equipped with a modern digital interface for connecting new accessories and supports Wi-Fi remote control, which provides additional features for convenient and efficient use.

This monocular combines advanced technology with high reliability, making it an ideal tool for hunting missions in any environment.