Pulsar Thermion 2 LRF XQ50 Pro

The Pulsar Thermion 2 LRF XQ50 Pro Thermal Imaging Riflescope has a classic design and built-in laser rangefinder. The laser rangefinder is seamlessly integrated into a slim design riflescope. The rangefinder is compact, the receiver and emitter are within clearance limits of a single optical channel. The measuring range is 800 metres the Thermion 2 LRF provides the hunter with an accurate sense of distance at the hunting site helping to take a precise shot. Sharp, richly contrasted thermal imaging for enhanced identification of animals, their extremities and even the smallest details, i.e. branches, leaves, grass and terrain. Thermal imaging sensor with NETD <25mK ensures perfect detail recognition even in the hardest weather conditions when thermal contrast is low. The smallest temperature differences will be clearly visible during the rainfall, fog or cold mornings in the most difficult conditions for thermal imaging.

The characteristics of thermal imaging optics have a decisive influence on a thermal imagers ability to capture even the lowest radiation levels. Ultimate detection efficiency is achieved with the fast lens of the Thermion 2 LRF (F50/1.0) thermal imager in combination with the highly sensitive thermal sensor. The Thermion 2 LRF gives users the best quality, most detailed & high-contrast, informative imagery every time, even during rain or fog, when the temperature contrast of the observed scene is minimal. A powerful long-distance F50/1.0 objective lens combined with a highly-sensitive thermal imaging sensors provides exceptional detection capabilities. A standard 1.8m tall object can be detected on a distances of 1800 2300 m away in complete darkness.

The Thermion 2 LRF is powered with two rechargeable batteries: one built-in with a capacity of 4.9 Ah, the other replaceable with a capacity of 2 Ah. A single charge guarantees up to 10 hours of battery life, which covers the time of active use of the scope for a hunt. The embossment on the body of the replaceable battery for accurate determination of the correct position makes it possible to quickly and confidently replace a flat battery with a new one in complete darkness by touch. Objective lens with internal focusing mechanism gives a clear and sharp image at any range. Ergonomic focusing wheels are located on the right and left sides, making focusing easy either left- or right-handed.

The base magnification of Thermion 2 LRF riflescope increases by 4x to 8x depending on model. The zoom changes either gradually by 2x steps or continuously to set the ideal ratio of magnification and visible field of view for specific situations. Zeroing settings are saved in a shooting profile. The Thermion 2 LRF memory contains up to five shooting profiles for several types of weapons or cartridges. Each profile can hold up to ten zeroing distances.

The Thermion 2 LRF offers visual aesthetics on any hunting weapon. From the outside the riflescope resembles a classic day sight in a 30mm housing. This form factor provides flexibility for mounting the scope on hunting weapons using proven ring solutions. With an IPX7 waterproof rating, the Thermion 2 LRF riflescope work in conditions of high humidity and heavy rain and can withstand half an hour immersion in water to a depth of 1 meter. Thermion 2 LRF riflescopes are designed to operate in a wide range of temperatures -25 to +50 C. The frost-resistant AMOLED display has a standout quick response time and ensures a sharp image when observed in motion.

Features

• High Definition Thermal Sensor
• Unprecedented Thermal Sensor Sensitivity
• Fast Aperture Lens F50/1.0
• Long detection range up to 2300 m
• Up to 10 hours of battery life on a single charge
• High-precision ambidextrous lens focusing
• Variable magnification
• 5 individual shooting profiles / 50 zeroing distances
• A selection of 10 reticle shapes in 9 color modes
• Mounting on standard 30 mm rings
• High caliber recoil resistance: 12 gauge, 9.3x64, .375H&H
• High contrast HD AMOLED display
• Wide-angle eyepiece for comfortable observation

Specifications