Pulsar Merger LRF XT50 Thermal Imaging Binoculars - 2x to 16x Magnification, 1280x1024 Thermal Sensor

Pulsar Merger LRF XT50, Thermal Imaging Binocular, 2-16X Magnification, Matte Finish, Black PL77486

The Pulsar Merger LRF XT50 is a premium thermal imaging binocular designed for professional and outdoor use. Featuring a high-resolution 1280x1024 pixel thermal sensor, it delivers highly detailed thermal images even in complete darkness or adverse weather conditions. Its advanced AMOLED 1280x960 micro display ensures clear and vivid visualization, making it suitable for surveillance, search and rescue, and wildlife observation. The binocular offers a wide field of view of 17.5 degrees, allowing users to scan large areas efficiently. With adjustable power ranging from 2x to 16x magnification, it provides versatile zoom capabilities to suit various observation needs. Its robust black housing enhances durability and ease of handling in challenging environments. The Merger LRF XT50 combines cutting-edge thermal technology with ergonomic design, offering a reliable tool for professionals requiring precise thermal detection and imaging. Designed for ease of use, this model includes essential features for effective thermal hunting, security, and inspection tasks, making it a versatile addition to any thermal optics collection. Its compact size and lightweight build ensure comfortable prolonged use without fatigue. Whether monitoring wildlife or conducting security operations, the Pulsar Merger LRF XT50 stands out as a high-performance thermal binocular that delivers exceptional image quality and operational flexibility.

Features:

• High-resolution thermal sensor: 1280x1024 pixels for detailed thermal imaging

• Micro display: AMOLED 1280x960 for clear visualization

• Field of view: 17.5 degrees for wide-area scanning

• Magnification: 2x to 16x adjustable zoom for versatile observation

• Durable black housing: Designed for rugged outdoor use

Compliance Notice

This product is intended for lawful use only. Restrictions may apply based on state or local laws.