Pixfra Taurus T425

Description From Day Optics to Thermal The Pixfra Taurus T425 is an intuitive, slimline front attachment designed to effortlessly transform your day scope into a fully-fledged thermal imaging device. Featuring a 384×288, 12µm thermal sensor with an outstanding <18mK NETD thermal sensitivity, a powerful 25mm F1.0 objective lens (with ≥92% light transmittance), and PIPS 2.0 (Pixfra Image Processing System) algorithms, the Taurus will reveal even the smallest heat signature at a range of up to 1300 m — even in challenging weather conditions. AI-Powered Image Calibration AAIC technology uses an AI-powered system to learn from every frame captured on the Taurus, optimising clarity, enhancing image detail, and ensuring images displayed are accurate, and reliable to ensure greater accuracy and confidence whilst shooting. High-Definition Zeroing The Taurus front attachment makes zeroing a breeze, with advanced sub-pixel zeroing technology allowing for finite reticle adjustments. This feature achieves unprecedented targeting accuracy, keeping errors under 0.9cm at 100 m and effectively doubling the precision of standard pixel adjustments. Compatible with Almost Any Scope Supporting up to 10x magnification, the Taurus will transform a wide range of market-leading manufacturer’s day scopes into a fully-fledged thermal imaging device. Compatible with a variety of setups, the Taurus will cater to diverse user preferences and requirements. Bluetooth Remote Control Included Operation has been simplified with the addition of a Bluetooth remote control. Attach the remote in a convenient location on your rifle and full control of the front attachment can be achieved for both left- and right-handed users, without the need for extended reach. Extended Battery Life The Taurus features a new quick-release cover for easy battery release, allowing you to swap batteries effortlessly. Provided with two batteries, keeping you operational for a total of 15 hours. Rugged & Robust Design The Taurus’s rugged magnesium alloy construction will withstand strenuous use in the field, resisting the everyday bumps, knocks, and scrapes one would expect during prolonged periods of observation.