L3Harris CNVD-LR Color Night Vision Device
The L3Harris CNVD-LR is a clip-on night vision device that uses advanced photocathode tubes for color-capable low-light imaging, attachable to day optics. It amplifies ambient light via electron conversion and does not use thermal sensors. This product qualifies under tariff item 8525.83.00 as it meets the photocathode-based night vision criteria in Subheading Note 3.
Import Duty Rates by Country of Origin
| Origin Country | MFN Tariff | Surtaxes | Total Effective Rate |
|---|---|---|---|
| 🇨🇳China | Free | — | Free |
| 🇲🇽Mexico | Free | — | Free |
| 🇺🇸United States | Free | — | Free |
| 🇩🇪Germany | Free | — | Free |
| 🇯🇵Japan | Free | — | Free |
More Specific Codes
This product may fall under a more specific subheading:
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If the device uses thermal imaging or other non-photocathode technology.
Thermal cameras are classified under other subheadings, not 8525.83.00.
Not sure which classification is right?
The Tariff Assistant works through the GRI rules on your specific product to reach the right tariff item — and can price the duty on it in the same conversation.
Import Tips & Compliance
• Ensure the device uses a photocathode for light amplification, not thermal imaging, to qualify for 8525.83.00
• Provide technical specifications to CBSA to confirm compliance with Subheading Note 3
• Verify any export/import restrictions on night vision equipment
Related Products under Tariff item 8525.83.00
AGM NVG-40 Dual Tube Night Vision Goggle
The AGM NVG-40 is a dual-tube night vision goggle that uses Gen 2+ photocathodes to convert ambient light into electrons, which are then amplified to produce a visible image. It is designed for hands-free, stereoscopic viewing in low-light conditions and does not rely on thermal imaging. This product qualifies under tariff item 8525.83.00 because it uses a photocathode to amplify available light, as specified in Subheading Note 3.
AN/PVS-14 Monocular Night Vision Device
The AN/PVS-14 is a monocular night vision device that uses a Gen 3 photocathode to convert available light into electrons, which are then amplified for visible imaging. It is designed for helmet or weapon mounting and operates without thermal sensors. This product falls under tariff item 8525.83.00 because it meets the photocathode-based night vision criteria in Subheading Note 3.
Armasight PVS-7 Night Vision Goggle
The Armasight PVS-7 is a dual-tube night vision goggle that uses a GaAs photocathode to amplify available light into electrons for visible imaging. It is designed for hands-free operation in low-light conditions and does not use thermal sensors. This product qualifies under tariff item 8525.83.00 as it meets the photocathode-based night vision definition in Subheading Note 3.
ATN NVM14-3 Gen 3 Night Vision Monocular
The ATN NVM14-3 is a monocular night vision device that uses a Gen 3 image intensifier tube with a photocathode to convert light into electrons for amplification. It is designed for weapon mounting and operates without thermal components. This product falls under tariff item 8525.83.00 because it uses photocathode-based light amplification as specified in Subheading Note 3.
DSG Canis 4-Tube Night Vision Panorama
The DSG Canis is a four-tube panoramic night vision device that uses matched Gen 3+ photocathode intensifiers to amplify available light into electrons for a wide field of view. It is designed for tactical use and does not incorporate thermal sensors. This product qualifies under tariff item 8525.83.00 as it meets the photocathode-based night vision criteria in Subheading Note 3.
FLIR CNVD-T3 Clipper Night Vision Clip-On
The FLIR CNVD-T3 is a clip-on night vision device that uses Gen 3+ photocathode intensifier tubes to amplify ambient light into electrons for visible imaging. It is designed to attach to day sights and operates without thermal components. This product falls under tariff item 8525.83.00 because it uses photocathode-based light amplification as specified in Subheading Note 3.