*NEW* REVO DESCEND N RE4059 SUNGLASSES - CRYSTAL BRONZE

*NEW* REVO DESCEND N RE4059 SUNGLASSES - CRYSTAL BRONZE

PRODUCT DESCRIPTION

Terra lenses enhance earthy tones with a brown base and subtle mirror. These polarized lenses protect against UV rays and improve clarity on sunlit greens and shaded trails. Revo Terra lenses block 87% of visible light (13% Visible Light Transmission)

PRODUCT DETAILS

Brand: Revo
Model Name: DESCEND N
Model Number: RE4059 02
EAN: 796764603167
Lens Color: Terra Brown
Lens Material: Lightweight Polycarbonate
Frame Color: Bronze
Polarized: Yes 
Mirrored: Subtle
Frame Shape: Rectangle
Gender: Unisex
Temple Length: 139 mm
Lens Width: 64 mm
Bridge Width: 13 mm

Descend N offers panoramic views with its rimless design for a light, all-day wear. Ideal for golf, fishing, driving, and daily use.

Lens:

·        Revo high-contrast polarised Serilium+ lenses: lightweight, impact-resistant, glare-reducing nylon

·        8-base lens technology: curved profile from temple to temple

·        Revo Light Management System: filters harmful UV, HEV, and blue light

·        Suitable for digital devices reduces glare and improves screen clarity

Frame:

·        Rimless frame: lightweight with wide field of vision

·        Elastomer nose pad and temple ends: non-slip rubber for a secure grip

·        MotionFit design maximises comfort by eliminating pressure points

MADE IN ITALY

ABOUT THE BRAND

Revo, founded in 1985, is a brand recognized for its polarized lens technology in performance eyewear. The original Revo sunglasses utilized lens technology developed by NASA for solar protection on satellites. Over more than 35 years, Revo has continued to develop its technology and innovation, providing high-contrast polarized eyewear.

Revo lenses utilize NASA-developed technology to offer superior protection, enhancement, and improvement of our visual experience. Revo uses an exclusive, lightweight, high-impact resistant material as the base, followed by the application of multiple specialized coatings on both the front and back surfaces of the lens to optimize protection and performance.