Pulsar Merger LRF XL50 Thermal Binoculars

New HD 1024x768 @ 12 µm thermal sensor

The new Merger LRF XL50 thermal imaging binoculars offer a next level thermal imaging experience. The image generated by new 1024x768 thermal sensor features high definition and rich detail. It is ideal for uncompromised trophy identification - silhouettes, anatomical features, and behavioural peculiarities of observed animals are incredibly distinguishable.

High image detail across the whole 2.5-20x magnification range

The Merger LRF XL50’s variable 2.5-20x magnification provides improved focus and better overall object recognition at significant distances. The HD-sensor allows the user to maintain high levels of image detail over the entire magnification range. The zoom changes either gradually in 2x step or continuously for a customized FOV/magnification ratio for each specific situation.

Wide field of view

These intuitive thermal imaging binoculars offer a wide field of view for easy scanning and spotting. Users can explore landscapes in HD-quality, with a wide 14 degrees FOV and optimal 2.5x magnification. The large-format sensor allows the Merger LRF XL50 to achieve best-in-class FOV/magnification ratio even at high zoom levels of up to 20x.

Extra-long 2300m detection range

Uses an incredibly powerful objective lens in combination with professional grade 1024x768, 12µm, <40mK NETD HD thermal sensor to provide exceptional detection capabilities in darkness at distances of up to 2300m!

Classic binocular design

Just like its predecessor, the Merger LRF XL50 has been built with the classic design of daytime binoculars in mind. With a small form factor, these thermal imaging binoculars fit comfortably in the hand, but still offer appealing external aesthetics and exemplary ergonomics. Six function buttons are placed in a comfortable, easy-to-access arrangement, with the most-used digital device functions activated with just a single touch.

Comfortable viewing experience with both eyes

The optical design fully considers the nature of human vision; It is natural for a person to receive visual information through two visual channels simultaneously, viewing with two eyes is less tiring than viewing with one - this means users are able to achieve better detection of small or faint objects, and experience greater levels of performance in low-contrast scenarios than similar monocular-style thermal imaging devices with the same technical abilities. The Merger LRF XL50’s interpupillary distance is adjustable from 62 to 74 mm in accordance with the individual characteristics of a particular user.

Precise laser rangefinder with 1000m measuring distance