SMITH Lowdown XL2 Black Frame #X-Light Green 37 / Silver Mirror

Experience the pinnacle of eyewear innovation with these premium sunglasses, designed for the discerning individual who values both style and functionality. Merging high-fashion with high-performance, these glasses are a testament to cutting-edge technology and environmental consciousness, making them a must-have accessory for both trendsetters and outdoor adventurers.

• Frame Color: Classic Black This timeless color offers versatility and elegance, complementing any wardrobe choice effortlessly.
• Polarized Lenses: Featuring X-Light Green37 Silver Mirror polarized lenses, these sunglasses minimize glare, boost contrast, and ensure clear vision in various lighting conditions.
• Enhanced Size: The XL model provides a larger lens size (59mm) for more comprehensive eye coverage, suitable for a wide range of activities and enhanced visual protection.

• Advanced Lens Technology: The X-Light Green37 Silver Mirror lenses are not just stylish; they come equipped with state-of-the-art light filtering capabilities, perfect for fluctuating light environments.
• Eco-Friendly Frame Material: Utilizing the sustainable Evolve material, the frames offer durability while reducing environmental impact.
• Improved Fit Design: Innovations such as front tilt, optimized temple angles, and the use of nose rubber ensure a comfortable, secure fit even in larger sizes.

• Versatile Application: Ideal for driving, fishing, sports, or simply enjoying a day outdoors, these sunglasses adapt to your lifestyle, providing both flair and functionality.
• Fashion Versatility: Their sophisticated design serves as a powerful fashion statement, suitable for both casual outings and formal events.

• Durability: Constructed from high-quality, recyclable materials, these sunglasses are built to last, ensuring long-term use and resistance to daily wear and tear.
• Vision Protection: With polarized lenses that shield the eyes from harmful UV rays and reduce strain, your vision remains protected during prolonged exposure to sunlight.