Revo Women's Barclay Cat Eye Sunglasses Champagne Lens with Blush Frame

Revo Women's Barclay Cat Eye Sunglasses Champagne Lens with Blush Frame

Mix it up with Barclay, Revo's premier cat eye sunglass. Frame colors range from classic tortoise to soft blush and feature our signature mirrored polarized lenses. Boasting the Revo Light Management System, a lightweight frame, and elastomeric nosepads, Barclay does not sacrifice function for style.

Features:

• 6-base lens technology
• Elastomeric nose pad
• Integrated spring hinge
• Measurements: 54-17-140

Tech Specifications:

• Revo High-contrast Polarized Serilium Lenses: Lightweight, shatterproof polycarbonate lens
• 6-base Lens Technology: More flat fit relative to your face
• Elastomeric Nosepads: Slip-reducing rubber that provides a more secure fit when active

Founded in 1985, Revo quickly became a global performance eyewear brand known as the leader in polarized lens technology. Revo sunglasses were first created by utilizing lens technology developed by NASA as solar protection for satellites.

Over three decades later, Revo continues to build on its rich tradition of technology and innovation by offering the clearest and most advanced high-contrast polarized sunglass available.

It all began when renowned optical engineer and passionate skier, Dr. Mitch Ruda, had a simple idea while working on a research project for NASA. He thought: why not apply the same technology NASA used to protect satellite porthole windows from radiation to protect our eyes on Earth?

Revo was the first sunglass brand to feature NASA technology in its lenses. The advanced lens coatings not only protected the eyes from harmful radiation but also offered a superior view in any light condition.

Over the years, a passionate following of Revo enthusiasts emerged. They hold a true reverence for the brand - they remember the moment when they tried on their first pair of Revo sunglasses, and how it made them feel. More than three decades later, Revo still sets itself apart with the best lens on Earth.