Scorpion EXO DKS474-CLEAR Pinlock Insert for Covert FX Helmet

Upgrade your SCORPION EXO Covert FX helmet with the Pinlock Insert Clear Covert FX, designed for enhanced visibility and fog resistance. Crafted to integrate seamlessly with your helmet, this insert features state-of-the-art fog-free technology, ensuring a clear view in all weather conditions. The anti-scratch hardened coating provides durability and longevity, making it an essential accessory for riders seeking optimal safety and clarity during their rides. Easy to install and remove without tools, this Pinlock insert maintains a secure fit within the face shield, preventing fog buildup and enhancing your riding experience.

Constructed with high-quality materials, the SCORPION EXO DKS474-CLEAR Pinlock Insert complements the helmet*s advanced features, including the EverClear? fog-free shield and ratchet system that ensures a proper seal. Whether commuting or enjoying longer rides, this insert helps maintain visibility by preventing fog accumulation, especially in colder or humid conditions. Its compatibility with the Covert FX helmet reinforces SCORPION EXO*s commitment to rider safety and comfort, making it a reliable choice for motorcycle enthusiasts.

The inclusion of a free dark smoke Everclear? fog-free face shield provides additional protection and style options, while the optional cheek pads allow for a customized fit. With easy installation and removal, the Pinlock Insert offers a maintenance-free solution that keeps your helmet performing at its best. Invest in the SCORPION EXO DKS474-CLEAR Pinlock Insert for superior fog resistance and clear sightlines, ensuring your rides are safer and more enjoyable regardless of the weather.

Features:

• Fog-free technology with anti-scratch hardened coating for durability

• Easy tool-less installation and removal for convenience

• Prevents fog buildup for clear visibility in various weather conditions

• Compatible with the SCORPION EXO Covert FX helmet

• Enhances safety with high-quality optical clarity and impact resistance