Thermal imaging attachment Pixfra Taurus T650

0.9 cm click accuracy at 100 m

Advanced subpixel zeroing technology enables precise reticle adjustment. It provides aiming accuracy that surpasses conventional methods. It allows to keep errors below 0.9 cm at 100 meters — effectively doubling the precision of standard pixel-based adjustments.

Excellent visibility

The careful design of the Taurus thermal imager series significantly reduces parallax errors, ensuring consistent accuracy and confidence during every observation.

Vivid image

Experience the clarity of thermal imaging with Taurus attachments, offering detector resolution up to 640×512 and excellent NETD of 18mK or lower, complemented by PIPS 2.0 (Pixfra Imaging Processing System). Lenses with light transmission ≥92% ensure a vivid and comfortable visual experience, and 5-level image brightness adjustment allows for adaptation to all lighting conditions.

Seamless integration

The Taurus series supports magnification up to 10x, integrating seamlessly with a wide range of market-leading day scopes.

Comfortable control

The Taurus series is equipped with a Bluetooth remote control, offering unparalleled convenience in operating the device — its intuitive design is adapted for both right- and left-handed users. The use of the remote control eliminates the need to reach for hard-to-access areas, allowing for smooth and efficient adjustment of settings without losing stability.

Power supply

The Taurus model is equipped with a quick-release battery cover, allowing for easy and fast battery replacement. The set includes two batteries, which together provide an impressive operating time of up to 12 hours (2 x 6 hours), highlighting the reliability and long-term performance of the Taurus device.

Easy focus adjustment

The focus knob located on top of the Taurus device allows for instant and easy focal adjustment. Thanks to its ergonomic placement, adjustment is comfortable and intuitive even when using firearms, ensuring precise operation in a compact housing.