Ray Ban Wayfarer Reverse Sunglasses RBR 0502S

53-20

124,00€

Ray Ban Wayfarer Reverse Sunglasses RBR 0502S

124,00€

Online exclusive price

Taxes included. Shipping fees calculated at checkout.

In stock

Reference:

0RBR0502S 67083A 53-20

Pickup available at Côté Regards

Usually ready in 2-4 days

Variations

MONTURE

Matériau : Acetate
Couleur de la monture : Blue
Finition : Polished
Longueur des branches : 145
Forme : Square

VERRES

Couleur des verres : Solid blue
Indice de protection : Category 3
Polarisation : No
Photochromie : No
Traitement anti-reflet interne : Yes
Effet miroir : No

All our products come with a protective case and a branded microfiber cleaning cloth to ensure their care and durability.

How to care for your sunglasses?

Clean them with a microfiber cloth and a suitable spray, or wash them with lukewarm water and a little mild soap, then dry them with a clean cloth.
Store them in a hard case to prevent scratches and impacts.
Avoid extreme temperatures, such as a car dashboard in direct sunlight.

Proper maintenance extends the life of your glasses!

We guarantee fast and secure delivery with Colissimo. Each order is carefully packaged and tracked until it reaches its destination. You will receive a tracking number to follow your parcel's journey with peace of mind.

Delivery to a relay point: free
Signed-for delivery: €6

For more information, please consult our shipping policy

Official reseller of the biggest brands
Authentic and certified products
100% secure payment
Returns available within 14 days

For more information, please do not hesitate to contact us

Ray Ban Wayfarer Reverse Sunglasses RBR 0502S

Discover Ray-Ban Reverse innovation: inverted lenses designed to transform your visual perception. This patented technology guarantees exceptional sharpness and unparalleled optical precision. The integrated Shamir™ anti-reflective coating minimizes light disturbances, ensuring optimal vision in all environments. The Wayfarer RB R0502S embodies technical excellence and the cutting edge of contemporary optical design.