Nocpix RICO 2 Thermal Weapon Sight with 1750 Range of Focus and 3X Base Magnification

SIGHT LRF 1280X1024 75MM

The Nocpix RICO 2 Thermal Weapon Sight offers advanced imaging capabilities for optimal performance in various operational conditions. Featuring a range of focus up to 1750 yards, this device ensures clarity and precision during long-range targeting. The diopter adjustment of +4/-5 allows users to customize the focus for comfortable viewing, enhancing accuracy and reducing eye strain. With a resolution of 1280x1024 pixels, the RICO 2 delivers sharp thermal images, making it suitable for demanding tactical scenarios. Its compact dimensions and lightweight design facilitate easy handling and portability, ideal for field operations and hunting expeditions. The device operates efficiently in temperatures ranging from -25?F to 40?F, ensuring reliable performance across diverse environments. The rechargeable 26650 battery provides up to 11 hours of continuous use, supporting extended missions without the need for frequent recharging. Built with durability in mind, this thermal sight is designed to withstand rugged conditions while maintaining consistent operation. Additional features include 3X base magnification for enhanced target identification and the IBP-5 system for improved image processing. Whether for military, law enforcement, or outdoor enthusiasts, the Nocpix RICO 2 offers a reliable and high-performing thermal imaging solution that integrates seamlessly into your tactical gear.

Features:

• Range of focus up to 1750 yards for long-distance targeting

• Diopter adjustment: +4/-5 for personalized focus settings

• High-resolution 1280x1024 thermal imaging sensor for sharp images

• 3X base magnification for detailed target viewing

• Rechargeable 26650 battery providing up to 11 hours of operation

• Operates effectively in temperatures from -25?F to 40?F

• Compact and lightweight design for easy handling and portability

• Durable construction suitable for rugged environments

• IBP-5 image processing system for enhanced thermal image clarity