Pulsar Merger LRF XT50

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Unmatched Excellence

Merger LRF XT50: Thermal Imaging Binoculars with Integrated Laser Rangefinder

Thermal Imaging Sensor Made in Europe

The MERGER LRF XT50 offers an unmatched thermal imaging experience. For image capture, the MERGER binoculars use a professional, 12-micron thermal imaging sensor made in Europe with 1280x1024 pixels, delivering high-resolution image quality.

Detailed and Sharp Image Even at High Zoom

The optical magnification of the device can be further increased using digital zoom. Even at the highest zoom level, the image section is sufficient to recognize the smallest object details. Advanced algorithms enhance image quality and produce sharp and detailed images.

First Thermal Imaging Binoculars with Image Stabilization

The Merger LRF XT50 is the first Pulsar device with an image stabilization feature that facilitates working at higher magnifications and tracking distant objects. The image stabilization eliminates motion blur and the negative effects of shaky hands, allowing for quick transitions between target objects, easier tracking of fast-moving animals, and preventing them from escaping the field of view. The function, which can be activated with a long press on the UP/ZOOM button, also helps you capture more stable videos, enjoy a sharper image, and overall makes observation more pleasant.

Wide Field of View

The wide field of view of 17.5° simplifies scanning and detecting thermal imaging objects while minimizing the effects of image shake and increasing situational awareness. Excellent image details at base magnification combined with a wide field of view provide enhanced viewing comfort and better scene perception.

User Mode

Use the brightness and contrast settings to maximize detail accuracy and image expressiveness under specific observation conditions. The "User Mode" function saves the selected brightness and contrast settings in the device's memory, ensuring optimal image quality for the next use of the thermal imaging camera without requiring additional adjustments.

Extra Long Detection Range

A powerful germanium optic combined with professional thermal imaging sensors provides exceptional detection capability. The top Merger LRF instruments can detect thermal imaging objects at distances of over 2 km.

Classic Binocular Design

The Merger LRF thermal imaging binoculars are designed in the classic style of a daylight binocular. With its compact form factor, this thermal imaging binocular fits comfortably in the hand while still offering an appealing outer aesthetic and exemplary ergonomics. The six function buttons are located within easy reach, and the most commonly used digital functions are activated with a single touch.

Comfortable Viewing Experience with Both Eyes

The optical design of the Merger LRF binoculars takes into account the nature of human vision. It is normal for a person to receive visual information through two visual channels simultaneously. Viewing with both eyes is less tiring than viewing with one eye. This means better detection of small or weak objects and better performance in low-contrast scenarios compared to similar monocular thermal imaging devices at the same technical level. The eye relief of the Merger LRF binoculars is adjustable from 63 to 74 mm to accommodate the individual needs of each user.

Precise Laser Rangefinder

Knowing the distance to the target object is a crucial factor in making the right decisions. With the built-in laser rangefinder, distances can be measured in single measurement and continuous scanning modes with an accuracy of ± 1 meter to quickly and accurately assess the situation.

Combined Dual Battery System

The Merger LRF XT50 operates with two rechargeable batteries: one built-in with a capacity of 4 Ah, and the other removable with a capacity of 3.2 Ah. A single charge guarantees a long battery operating time.
3-stage Sensitivity Gain

The selection of the signal amplification level combined with new filter algorithms with fine brightness and contrast settings offers the hunter great possibilities.
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