Pixfra Taurus T650 LRF Auxiliary Viewer - From Day Optics to Thermal
The Pixfra Taurus T650 LRF is an intuitive, slim front adapter that effortlessly transforms your day scope into a full-fledged thermal scope. Featuring a 640×512, 12µm thermal sensor with exceptional <18mK NETD sensitivity, a powerful 50mm F1.0 objective lens (≥92% light transmission) and PIPS 2.0 (Pixfra Image Processing System) algorithms, the Taurus reveals even the smallest heat sources up to a range of 2600 meters, even in challenging weather conditions.
AI-controlled image calibration Thanks to AAIC technology, the Taurus learns from each frame captured. This optimizes sharpness, enhances detail and ensures that the image is always accurate and reliable - so you can observe and aim with confidence.
High-Definition Zeroing Setting the scope becomes easy with the advanced sub-pixel zeroing technology, which allows you to make extremely precise reticle adjustments. Result: unparalleled accuracy with errors below 0.9 cm at 100 m, doubling the precision of standard pixel adjustments.
Integrated Precision Laser Rangefinder The built-in laser range finder (LRF) accurately measures distances up to 1000 m, so you know exactly how far away the target is. This gives extra security when aiming and observing.
Compatible with Almost Every Day Viewer Supports up to 10× magnification and can convert a wide range of day scopes from leading brands into a full-fledged thermal scope. Flexible and suitable for different setups and preferences.
Bluetooth Remote Control Operation is easy thanks to the included Bluetooth remote control. Place it in a convenient spot on your weapon and take full, left- or right-handed control of the Taurus without reaching.
Extended battery life The Taurus has a new quick release battery connector for easy battery change. Includes two 6-hour batteries each, good for a total observation time of 12 hours.
Robust & Durable Design The Taurus is made of magnesium alloy, resistant to impacts, scratches and daily wear and tear in the field. This keeps it functioning reliably even during intense observations.
