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NVG-40/50 / NoctuVision++ IIT is a modern binocular night-vision system designed for professional applications where high resolution, deep contrast, and low noise levels are essential.
NoctuVision++ IIT tubes belong to the hybrid Gen 3 / Gen 3+ class, offering performance comparable to military-grade units at a more accessible cost.
The P45 (white) phosphor provides natural scene perception and significantly reduces eye fatigue during extended use.
⚙️ Technical Specifications
| Parameter | Value |
|---|---|
| Housing | NVG-40/50 (adjustable binocular, ANVIS-compatible mounting) |
| Tube Type | NoctuVision++ IIT |
| Tube Format | MX10160 (18 mm) |
| Phosphor | P45 (white) / optional P43 (green) |
| Figure of Merit (FOM) | ~1800–2200 (up to 2600 in top-tier units) |
| Signal-to-Noise Ratio (SNR) | ≈ 26–29 |
| Resolution (RES) | 64–72 lp/mm |
| Auto-Gating | Ultra-fast Auto-Gating |
| EBI | Low EBI (low background illumination) |
| Halo | ≤ 1.0 |
| Tube Weight | ≈ 75–80 g |
| System Power | 1× CR123A / AA / external power port |
| System Weight | ≈ 540 g |
| Waterproof Rating | IP67 |
| Interpupillary Adjustment | 40 / 50 mm |
| Tube Lifetime | ~10,000 hours |
Comment / Quality Level
NoctuVision++ IIT tubes represent an intermediate class between professional and full-spec Gen 3 units, combining:
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clean, low-noise imaging without grain;
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strong resistance to over-illumination;
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fast recovery after bright flashes;
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stable performance in fluctuating lighting conditions (headlights, fires, spotlights).
The P45 white phosphor provides a natural grayscale image that is comfortable for prolonged observation, while the ultra-fast auto-gating ensures stable operation even with sudden light exposure.
In the NVG-40/50 housing, these tubes offer excellent ergonomics, a wide field of view, and robust weather resistance — making the system a universal solution for both field and urban environments.
Suitable For
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Professional users and instructors who need a reliable observation tool with high FOM.
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Volunteer groups and Territorial Defense units requiring stable imaging without over-exposure.
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Security and search-and-rescue teams operating in complex lighting conditions.
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Reconnaissance personnel and UAV observers who rely on detail clarity and accurate object identification.
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Civil-sector professionals performing monitoring or technical observation at night.