RIX LEAP LRF Thermal Scope Night Hunting Thermal Riflescope Built-in LRF, Optical Zoom Thermal Rifle Scope

RIX LEAP L6 L3R L6R Thermal Scope with LRF Thermal Riflescope Hunting Night Scope

• 0.35 MOA Precision – Achieve exceptional accuracy with a fine reticle delivering 0.35 MOA (0.37” @100 yards). Powered by an AI-enhanced processor, the LEAP L6R ensures sharp, detailed imaging for precise zeroing and confident long-range shots.
• Built-In Laser Rangefinder – The lens-integrated LRF aligns the laser and optical axes perfectly for precise distance readings up to 1,312 yards. Combined with the built-in ballistic calculator, it delivers real-time data for faster and more accurate long-range shooting.
• Thermal Imaging 640x480 / NETD <20mK – The LEAP L6R is equipped with a thermal sensor featuring a resolution of 640x480 and NETD<20 mK, enabling highly detailed and sensitive thermal detection. This configuration allows for the reliable identification of subtle temperature variations, ensures clear and precise imaging, and supports confident target recognition in challenging environmental conditions such as fog, rain, snow, and high humidity.
• Smooth Optical Zoom – Experience continuous optical zoom with crystal-clear magnification and zero lag. Even at 3× optical zoom, the reticle and targets remain sharp and detailed for precise follow-up shots.
• Enhanced RET Digital Zoom – Go beyond optical limits with RET pixel-doubling technology, maintaining clarity and detail even after digital zoom. Track and engage targets effectively at long distances.
• Wider Eye Box & Extended Eye Relief – The redesigned eyepiece provides a 30% larger eye box, reduced distortion, and extended eye relief. Quickly shoulder your rifle and maintain a full, sharp image — even with imperfect alignment
• Intuitive Controls – Three large knobs and two oversized buttons provide fast, precise, and intuitive adjustments, even when wearing gloves or operating in low-light conditions. Smooth zeroing requires no reverse rotation — simply twist to achieve accurate control.