Linda Farrow – Kings Oversized Optical Glasses in Black – LFL747C8OPT – Linda Farrow Eyewear – Avvenice

Linda Farrow – Luxury Sunglasses & Optical Frames

Established in 1970, the Linda Farrow brand of luxury eyewear rose quickly to acclaim. Originally a fashion designer herself, Linda Farrow was one of the first to treat sunglasses as fashion, her finger always on the pulse of the times.

A tireless experimenter, Farrow pioneered many of the shapes and styles that remain au courant today. Her pioneering use of shape helped move eyewear into high-fashion territory, with avant-garde styles favoured by stars like Yoko Ono and working with brands such as Dior, Yves Saint Laurent, Balenciaga and Sonia Rykiel.

After a twenty year hiatus, the brand was revived in 2003 by Farrow’s son Simon following the discovery of a vast archive of vintage sunglasses in the family’s London warehouse. The brand relaunched under a new title ‘Linda Farrow Vintage’. Today, operating under the original Linda Farrow name, the brand is renowned for collaborating with some of the world’s most acclaimed designers.

Linda Farrow Eyewear

Linda Farrow sunglasses are a celebration of opulent materials engineered to create timeless frames. Crafted from Japanese titanium and/or Italian acetate, creating a perfect balance of functionality and design.

Linda Farrow – Kings Oversized Optical Glasses in Black – LFL747C8OPT – Linda Farrow Eyewear

A new, oversized take on our bestselling 251 silhouette, these oval optical glasses from Linda Farrow are crafted from an elegant combination of black Italian acetate and 18-22 carat white gold-plated hypoallergenic titanium, which runs along the back of the frames and into the temples. With characteristic tapered temple tips and raised pins, they are complete with adjustable nose pads for added comfort.

Details

– Optical lens free from prescription

– Acetate and titanium frame with titanium temples

– Made in Japan

– sku: LFL747C8OPT

Size and Fit

58 mm lens width

18 mm bridge width

145 mm temple length