See Clearer. Go Further. The All-New Rapha’s Eyewear Available Now

By Rapha
Posted on Jul 02, 2020

Rapha (United Kingdom) - Press Release: Open your eyes to Rapha’s range of all-new eyewear, built around a proprietary lens technology – Rider Optimised Surface Enhancement – which heightens contrast on all surfaces to help you see clearer on smooth asphalt and rough gravel.

Around the lens, we have four new, purpose-built frames each with a carefully sculpted shape and practical features to suit your style of riding. Whatever lies around the bend, see it clearer with our new eyewear.

Pro Team Full Frame Glasses:

A secure pair of cycling glasses for complete protection and clear vision while training and racing.

The Pro Team Full Frame Glasses are designed for stability during the toughest efforts, with a wrap-around lens that extends high on the face to provide a wide field of vision in the drops or on the tops. The frame is made with injection-moulded Grilamid for a lightweight construction that holds that lens securely in place and protects from the elements. Megol arm grippers provide high levels of grip in all conditions and the nose piece, made with the same material, comes in two sizes for an adjustable fit. Snap lock hinges make the glasses easier to put on and remove while adding further stability. For improved ventilation, subtle vents are positioned along the edges of the hydrophobic lens, which features a military-grade anti-fogging treatment and an anti-scratch layer. All of our lenses make use of our new Rider Optimised Surface Enhancement (ROSE) technology.

Designed to heighten contrast on all road surfaces, ROSE is an entirely new lens technology developed specially for cyclists by Rapha to help you spot hazards sooner and see clearer in all conditions. The Pro Team Full Frame Glasses are available in a range of colour options, each with a different ROSE lens selected for performance in a wide range of light conditions. Lens are interchangeable and each pair comes with a spare clear lens for use in low light conditions.

Light transmission: