Digital Low-Light Night Vision Goggles with 200 Metre Viewing Distance and 5 Inch LCD Screen

These digital night vision goggles utilise CCD HD technology to provide a viewing solution in low-light environments without thermal imaging capabilities. The device features an effective viewing distance of 200 metres, supported by an independent infrared transmitter and a 35-45 mm objective lens diameter. The integrated 5 inch LCD screen displays the captured imagery directly, offering a practical alternative to optical eyepiece systems. Available in black, these goggles present a specific technical approach to night vision through digital processing rather than traditional intensifier tubes.

Features and Construction

The night vision goggles combine several technical elements to achieve their stated performance specifications within the digital imaging domain.

Material and Build

The construction incorporates electronics for CCD HD image processing alongside optical components for the 35-45 mm objective lens system. The independent infrared transmitter provides controlled illumination separate from the imaging sensor, while the 5 inch LCD screen forms the primary visual interface. The materials support the digital rather than thermal imaging approach, focusing on electronic signal processing of available and infrared-enhanced light.

Size and Practical Fit

The central dimension provided is the 5 inch LCD screen, which determines the physical size of the display component and influences the overall form factor of the goggles. The objective lens diameter of 35-45 mm indicates variability in light-gathering capability across different models or adjustments, affecting the field of view and image brightness. These measurements establish the core physical parameters that users can expect from the device's construction.

Uses and Placement

The specified capabilities suggest particular applications where digital night vision with independent infrared control offers practical advantages over other technologies.

Event or Professional Use

The 200 metre effective viewing distance and independent infrared transmitter support professional surveillance, security patrols, or wildlife observation where controlled illumination is preferable to visible light. The non-thermal imaging approach makes these goggles suitable for situations where distinguishing conventional visual details matters more than heat signature detection. The digital output via the LCD screen allows for potential recording or sharing of footage, unlike purely optical devices.

Everyday Home Use

For residential security monitoring, property perimeter checks, or nighttime navigation around unlit areas, these goggles provide a practical tool with their stated 200 metre range. The 5 inch LCD screen offers immediate viewing without eyepiece alignment issues common in traditional night vision devices. The black colour maintains discretion during use, while the digital nature of the system may simplify operation for users unfamiliar with optical night vision technology.

Benefits and Buying Value

The specific technical approach of these goggles creates distinct practical advantages within the night vision category, based on their documented specifications.

Reuse and Low Maintenance

As a digital electronic device, these goggles likely follow standard maintenance patterns for consumer electronics rather than specialised optical equipment. The independent infrared transmitter can be controlled separately from the imaging sensor, potentially extending battery life during intermittent use. The absence of thermal imaging components may simplify both operation and long-term upkeep compared to more complex multi-technology systems.

Why Choose This Product

These goggles offer a clearly defined 200 metre effective viewing distance through digital CCD HD technology with an independent infrared transmitter. The 5 inch LCD screen provides direct viewing without eyepiece adjustments, while the 35-45 mm objective lens diameter supports varied light conditions. For users seeking specific digital night vision capabilities without thermal imaging, this product presents measurable specifications that differentiate it from both traditional optical devices and thermal imagers.