Fox Racing Main Core Spark fluorescent red/fluorescent red spark cycling goggles (32986_110)

Fox Racing Main Core Spark fluorescent red/fluorescent red bike goggles are an excellent choice for cycling enthusiasts looking for gear that guarantees reliable protection and comfort during every ride. Made from the highest quality materials, they provide effective protection against UV radiation, which is crucial when spending extended periods in the sun. With interchangeable lenses, these goggles offer versatility and ease of adjustment to changing lighting conditions.

Lexan™ Technology

Fox Racing Main Core Spark bike goggles feature Lexan™ technology, which provides increased resistance to mechanical damage and clarity of vision. Lexan™ lenses are characterised by excellent durability, making them resistant to scratches and impacts. Thanks to this technology, users can enjoy an unobstructed view and safety even on the most demanding trails.

VLS™ System

Fox Racing Main Core Spark bike goggles are equipped with the VLS™ (Variable Lens System), which allows for easy and quick lens replacement. This innovative solution enables adjustment of the goggles to various weather and lighting conditions, increasing riding comfort. The VLS™ system ensures that the lenses remain securely fixed in the frame, minimising the risk of them accidentally falling out.

Protection and Comfort

Fox Racing Main Core Spark bike goggles are designed for maximum user comfort. The ergonomic shape and flexible frame materials provide a perfect fit for every face. The UV filter used in the lenses effectively protects the eyes from harmful solar radiation, which is particularly important when riding in full sunlight.

Fox Racing Main Core Spark bike goggles - features:

• Advanced Lexan™ technology enhancing resistance to mechanical damage;
• VLS™ system ensuring easy lens replacement;
• UV filter protecting the eyes from harmful solar radiation;
• Ergonomic frame shape guaranteeing comfortable fit;
• Interchangeable lenses allowing for adjustment to various lighting conditions.