CGYD binocular monocular head-mounted night vision device is a new product developed based on the latest opto-electronic technology, the instrument adopts a high-performance second-and-a-half/third-generation image intensifier, with excellent performance, small size, light weight, all-metal shell, adjustable eye spacing, clear imaging, simple operation, can be equipped with night vision image output, cost-effective, by replacing the objective lens (or connecting the extender) can change the magnification, etc.
It is a specially designed night vision device that combines the advantages of binocular vision and monocular night vision technology to provide head-mounted convenience. This device allows users to use both eyes to observe at night or in extremely low light environments while keeping their hands free, making it ideal for situations where moving or other tasks are required at the same time.
It adopts a high-performance second-and-a-half-generation or third-generation image intensifier.
Built-in infrared auxiliary light source and automatic anti-glare protection system .
Support a variety of working modes.
Objective lens replacement is supported.
Supports multi-stage tandem extenders mounting.
IP67 protection.
It can be applied to military observation, border and coastal defense reconnaissance, public security surveillance, evidence collection, customs anti-smuggling, etc., and is ideal equipment for public security departments, armed police forces, special police forces, and guard patrols in an unlit environment at night.
Military and security: During night patrols, reconnaissance and tactical operations, head-mounted night vision devices can provide critical night vision support while maintaining the ability to operate weapons or other equipment with both hands.
Outdoor adventure: When hiking, camping or caving at night, head-mounted night vision can help navigate and avoid obstacles.
Search and rescue operations: During search and rescue operations at night or in environments with limited visibility, this device can help search and rescue personnel quickly locate the missing person.
Observation and wildlife research: Ecologists and wildlife photographers can use head-mounted night vision devices to make nighttime observations without disturbing the animals.
The effective range of Head Mounted Night Vision Goggles varies depending on several factors, including the quality of the night vision technology, ambient light conditions, and magnification power. Generally, higher-end models offer longer ranges, with some capable of detecting targets at distances of several hundred yards or more in optimal conditions. However, visibility may diminish in extreme darkness or adverse weather conditions, impacting the effective range of the goggles.
Yes, there are some limitations and drawbacks to using Head Mounted Night Vision Goggles:
1. Reduced Visibility in Extreme Darkness: While effective in low-light conditions, night vision goggles may struggle in areas of extreme darkness, such as deep forests or enclosed spaces without any ambient light.
2. Limited Field of View: Goggles typically offer a narrower field of view compared to the naked eye, restricting peripheral vision and making it challenging to detect objects outside the immediate viewing area.
3. Image Distortion: Some cheaper or older models may suffer from image distortion, such as blurring or fisheye effects, which can impact the clarity and accuracy of the night vision image.
4. Battery Dependence: Night vision goggles rely on batteries to power their electronic components, and users may experience reduced functionality or complete failure if the batteries run out of power without a backup power source.
5. Weight and Comfort: Head-mounted goggles can become uncomfortable to wear over extended periods, especially if they are heavy or poorly balanced. This discomfort can affect user endurance and overall satisfaction with the device.
6. Cost: High-quality night vision goggles can be expensive, making them inaccessible to some users. Cheaper models may compromise on performance or durability, leading to potential dissatisfaction with the product.
7. Vulnerability to Bright Light: Intense light sources, such as headlights or flashlights, can temporarily blind the night vision goggles, rendering them ineffective until the brightness diminishes.