Targeting Thermal Fusion Enhanced Night Vision Goggle - Binocular ENVG-B

The YJ-ENVG-B Thermal Fusion Binocular Night Vision Device (hereafter referred to as the "night vision device") is a compact, lightweight, and portable multifunctional tool designed to enhance nighttime observation. It combines infrared and low-light imaging technologies, providing the user with rich battlefield information to significantly improve detection and observation capabilities in the field. The right-side low-light objective lens directly projects target information to the right eyepiece, while the left-side infrared objective lens transmits data through an infrared core to the display screen. The resulting image is fused with the left-side low-light image via a fusion prism, allowing the user to view both simultaneously.

Primarily used at night, the night vision device excels in ultra-wide field of view observation of the surrounding environment and nearby targets under low-visibility conditions, such as fog, light rain, snow, and strong winds. It is ideal for equipment operation, command tasks, nighttime patrols, rescues, covert reconnaissance, and map reading, offering a wide range of versatile applications.

The YJ- ENVG-B provides users with superior targeting, engagement and elimination capabilities for increased mission success and operator safety.

The YJ- ENVG-B is a helmet-mounted dual-band goggle that features industry-leading fused image intensifier and thermal imaging technology.

YJ- ENVG-B combines infrared and low-light imaging technologies. Users can gain real-time, actionable intelligence through the fusion of image intensifier light and thermal imaging.

Primarily used as binoculars, with optional monoculars to provide dominant or non-dominant eye relief. Monoculars can be transformed into binoculars by simply rotating the lenses to the stowed position. Binocular design prevents malfunction or damage in the field.

Gen2+ image intensifier tubes

High resolution 640*512

Flexible 40 Field-Of-View

Fast target acquisition

Main technical parameters