PVS-31 Snap Shields

Protect your optics with PVS-31 Snap Shields. The snap on/snap off design allows for easy attachment without the use of tools.

Optimizing Protection with PVS-31 Snap Shields

These shields integrate with all Ops-Core and Gentex helmet systems while specifically preventing fogging during operations.

Mission success depends on the clarity of your vision. These guards provide a vital physical barrier against debris while maintaining optical precision.

The low-profile design ensures that your gear footprint remain minimal. Integration is seamless with existing tactical helmet setups and accessories.

Each unit is crafted for durability in harsh environments. They resist impacts and scratches that often occur during high-intensity field maneuvers.

An alternative to NVG rubber eye cups, PVS-31 Snap Shields allow you to maintain peripheral vision while safeguarding against fragments.

By removing traditional cups, you eliminate the "tunnel vision" effect. This helps operators stay aware of their immediate surroundings at all times.

The specialized coating on the lens surface helps reduce glare. This is critical when transitioning between different light levels or IR sources.

Maintenance is straightforward and requires no complex equipment. Simply wipe the surface with a microfiber cloth to clear any environmental buildup.

These guards are built to withstand heavy recoil and vibration. They stay securely locked in place once snapped onto the objective or ocular lens.

Professional grade materials ensure longevity across multiple deployments. They are designed to survive heat, cold, and moisture without degrading.

Standardized sizing ensures a perfect fit for PVS-31 series devices. There is no play or rattle once the shields are correctly seated on the frame.

The lightweight polymer construction adds negligible mass to your headborne system. This reduces neck fatigue during extended multi-hour operations.

Investing in lens protection saves significant costs over time. Replacing a shield is far more economical than repairing damaged internal optics.