Pulsar Merger LRF XT50 Thermal Rangefinding Binocular

Pulsar Merger LRF XT50 Thermal Rangefinding Binocular

The Merger LRF XT50 represents the pinnacle of modern thermal imaging technology for serious hunters and outdoor professionals. This European-engineered thermal binocular combines cutting-edge sensor technology with practical rangefinding capability in a single, versatile platform.

Thermal Imaging Performance

Superior Thermal Sensitivity: The Merger LRF XT50 features an exceptionally sensitive thermal sensor with less than 40mK NETD (Noise Equivalent Temperature Difference). This means the binocular can detect even the smallest temperature variations, allowing you to identify targets clearly even in challenging low-contrast environments where conventional optics fail.

High-Resolution Display: The 1280x1024 pixel thermal sensor paired with an AMOLED 1280x960 micro display delivers extraordinary image detail and clarity. This combination ensures that thermal signatures appear sharp and well-defined, giving you the confidence to make informed decisions in the field.

Optical Specifications

• Magnification: 2x to 16x variable zoom
• Field of View: 17.5 degrees at base magnification
• Thermal Resolution: 1280x1024 pixels
• Sensor Type: European-made thermal imaging sensor
• Display: AMOLED micro display (1280x960)

Practical Features

Integrated Laser Rangefinder: Measure distances to targets with precision, eliminating guesswork and enhancing shot placement accuracy.

Image Stabilization: Advanced stabilization technology keeps your view steady, even when scanning across terrain or tracking moving subjects.

Durable Construction: Finished in matte black for a professional appearance and reduced glint, the Merger LRF XT50 is built to withstand demanding field conditions.

What's Included

Each unit comes with two batteries, ensuring you have backup power for extended field sessions.

The Merger LRF XT50 is purpose-built for hunters, search and rescue professionals, and outdoor enthusiasts who demand the best in thermal imaging technology.