Clear on target
High-precision aiming in the “Picture-in-picture” mode
The “Picture-in-Picture” function enables the shooter to display a high-precision zeroing frame. Taking only 10% of the total display area, the frame shows a magnified image of the target and reticle and allows the user to view the image close up in the aiming area and have visual control of the entire field of view at the same time. In the Thermion Duo the images from different channels can be combined on a single display, showing a thermal image in the secondary frame when using digital mode in the main frame, and vice versa. A classic function for Pulsar products, “Picture-in-Picture” is also available, when the image from one channel is simultaneously displayed in the main and additional frame.
Five individual shooting profiles / 50 zeroing distances
Zeroing settings are saved in a shooting profile. The Thermion Duo memory contains up to five shooting profiles for several types of weapons or cartridges. Each profile can hold up to ten zeroing distances.
A selection of 10 reticle shapes in nine colour modes
A reticle is electronically displayed in the same plane as the target. The Thermion Duo memory contains ten reticle configurations and functions (direct shot type, ballistic, scalable and regular), all available in nine colors.
Easy in use
Mounting on standard 30 mm rings
The Thermion Duo offers visual aesthetics on any hunting weapon. From the outside the riflescope resembles a classic daytime sight in a 30mm housing. This form factor provides flexibility for mounting the scope on hunting weapons using proven ring solutions.
A selection of 8 colour palettes in thermal mode
A choice of eight color palettes enables the user to observe their field of view more effectively, allowing them to optimize the unit for specific tasks as well as react to changing observation conditions. White Hot, Black Hot and Red Hot are optimal for object detection. Rainbow and Ultramarine help increase the chances of recognition & identification. Red Monochrome, Sepia and Violet are best for extended observation at night.
High-precision ambidextrous lens focusing
Objective lens with an 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.
Just 4 seconds from the moment you press the power button the Thermion Duo is completely ready for work.
Wide-angle eyepiece for comfortable observation
Observation with the Thermion Duo does not strain your eyes and enables the hunter to fully concentrate on the hunting process. The wide-angle eyepiece (29.5°) and wide viewing angle of the HD quality AMOLED display provide comfortable image perception and the absence of the keyhole effect with safe removal of the exit pupil of 50mm.
High caliber recoil resistance: 12 gauge, 9.3x64, .375H&H
Thermion Duo thermal riflescopes are high impact resistant and can be used with rifled hunting weapons with calibers of 9.3x64, .30-06, .300, .375H&H, etc., as well as with smooth-bore and pneumatic weapons.
6 hours of battery life on a single charge
The Thermion Duo 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 6 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 is designed to determine its position accurately. It enables quick and confident replacement of a flat battery in complete darkness by touch.
Completely waterproof IPX7
With an IPX7 waterproof rating, the Thermion Duo riflescopes work in conditions of high humidity and heavy rain and can withstand half an hour immersion in water to a depth of 1 meter.
Operating temperature range: -25 to +50 °C
Thermion Duo riflescopes are designed to operate in a wide range of temperatures, from -25 to +50 °C. The frost-resistant AMOLED display has a standout quick response time and ensures a sharp image when observed in motion.