OAKLEY Hstn polarized sunglasses

Escape on a cosmic journey with the Cycle the Galaxy Collection, showcasing dark glistening frame colors adorned with vibrant pops inspired by Oakley´s heritage. Elevate your style with these retro-inspired wearable hues, offering a captivating alternative to conventional blacks that seamlessly fuse the timeless with the contemporary. Culture never stops shifting and Oakley® continues to shift with it. HSTN is an evolution of the original sunglasses, first introduced by Oakley in 2021. The original frame came to life after Oakley’s team of designers worked closely with friends of the brand in search of the next fresh take on lifestyle eyewear. HSTN features the same progressive design and heritage features as the original, including striking modernized circular lenses and a modernized trigger stem. The frame features plant-based BiO-Matter®* material that helps provide the same all-day comfort Oakley has long been known for, alongside Unobtainium® nose pads for unparalleled comfort and improved grip. BiO-Matter is made from bio-materials having at least 56% bio-based carbon content. Features: - Design: Fresh take on a classic shape in a progressive design inspired by cultural undercurrents and with a nod to our heritage - Frame Material: Lightweight and durable BiO-Matter® frame provides all-day comfort - Nod To The Past: Modernized trigger stem inspired by Oakley´s iconic Razor Blade and center frame design influenced by Sub Zero - No-slip Grip: Unobtainium® nose pads provide no-slip grip when wet to help increase retention - Available with Prizm™ Lens Technology designed to enhance color and contrast so you can see more detail - Prescription Ready: Available with Oakley Authentic Prescription lenses that come laser etched with the ellipse logo on left wearing lens for proof of Oakley authenticity and quality. Specifications: - Light Transmission: 11% - Light Conditions: Bright Light Technology: Impact Protection: - Oakley lenses are designed and tested under extreme high mass and high velocity circumstances to ensure uncompromising protection across a wide range of demanding conditions.