Nocpix MATE ULTRA Clip-On Thermal Weapon Sight 1X 1280x1024 60mm LRF

The Mate Ultra represents the next generation of thermal clip-on technology, allowing hunters to convert their existing daytime optic into a powerful thermal system without changing their shooting setup. Built around a 1280×1024 high-resolution thermal sensor with ≤15 mK sensitivity, the Mate Ultra captures subtle heat signatures with exceptional clarity, making it easier to identify game through brush, across open terrain, or in challenging weather conditions. A large 60mm objective lens gathers more thermal energy for enhanced long-range detection and improved image detail. Advanced image processing algorithms and Reality+ technology help maintain sharp visuals as magnification changes, ensuring a clear and stable image throughout the entire zoom range. With a 60 Hz refresh rate and shutterless imaging, the Mate Ultra delivers smooth, uninterrupted visuals that keep fast-moving targets sharp and easy to track. Designed for precision shooting, the system maintains consistent point-of-impact alignment, even after repeated mounting and removal from different rifles. An integrated 1,300 yard laser rangefinder with ballistic calculation provides accurate distance data and real-time aiming correction for confident shot placement. Built with a lightweight magnesium alloy housing and powered by widely available 18650 rechargeable batteries, the Mate Ultra combines durability, precision, and advanced thermal performance in a premium clip-on platform designed for serious hunters. High-resolution 1280×1024 thermal sensor for superior image clarity Powerful 60 mm f/1.0 germanium objective lens for long-range performance Integrated laser rangefinder for real-time distance measurement and ballistic calculation Reality+ image processing for enhanced contrast and detail Top-loading 18650 battery compartment makes swapping batteries in the field quick and easy The MATE can be mounted either with the included objective lens adapter or via an ADM-RQD Mount (IRAY-AC03).