Nocpix Quest H50R LRF 640 50mm Thermal Binoculars

The Nocpix Quest H50R LRF 640 50mm Thermal Binoculars are built for those who demand long-range performance, precision, and comfort in one advanced optic. Unlike monoculars, the Quest binocular design allows you to scan naturally with both hands and both eyes, reducing fatigue while delivering a familiar, daylight-like viewing experience.

At the heart of the Quest H50R is a 640x512, <15mK thermal sensor paired with Reality image processing, ensuring every heat signature stands out with crisp clarity. The thermal image is displayed on dual 1920x1200 AMOLED displays, each with its own diopter and interpupillary adjustments, giving you a fully customizable, crystal-clear view in any condition.

Engineered for serious field use, the Quest H50R integrates a 1,000-yard laser rangefinder with single-shot and continuous ranging modes—providing instant, accurate distance data directly in your display. Smooth-turning ergonomic dials put focus and zoom at your fingertips, while the hot-swappable dual battery system (USB-C internal + IRB-2 backup) keeps you running through long hunts, patrols, or surveillance missions.

A rugged forward-opening binocular harness is included, ensuring your gear is always ready and comfortable to carry.

Key Features:

• 640x512, <15mK Thermal Sensor – high-sensitivity imaging for long-range detection

• 50mm Objective Lens – extended range clarity and precision

• Dual 1920x1200 AMOLED Displays – full resolution per eyepiece

• 1,000-Yard Integrated Laser Rangefinder – accurate single-shot or continuous distance measurement

• Ergonomic Zoom & Focus Dials – fast, intuitive adjustments

• Customizable Viewing Comfort – independent diopter and interpupillary adjustments

• Hot-Swappable Power System – USB-C internal + IRB-2 rechargeable backup

• Includes Rugged Forward-Opening Harness – field-ready and comfortable

The Nocpix Quest H50R delivers elite thermal imaging, powerful rangefinding, and a comfortable two-eyed viewing experience—your ultimate advantage in long-range detection and observation.