Women's 51MM Oval Sunglasses
McQueen
$395.00 63% OFF
$148.12
Product Insights & Style Tips
Embodying McQueen's signature edge and sophistication, the Women's 51MM Oval Sunglasses blend Italian craftsmanship with an eco-conscious twist. Made with rich, recycled acetate, these sunglasses carry a chic black hue that’s both timeless and unmistakably bold. The gradient lenses artfully shift in tone, adding a layer of intrigue to the classic oval silhouette while ensuring 100% UV protection. Accented with logo-printed temples, the design speaks to those in the know, effortlessly merging style with luxury. Arriving with a sleek case and cleaning cloth, they promise to be both a statement and a staple in your eyewear collection.
These McQueen sunglasses have a natural ease that flatters a range of face shapes with their soft curves and considered proportions. The fit is balanced with a 51mm lens width and a 23mm bridge, feeling secure yet comfortably light. Transition seamlessly from city wanderings to poolside lounging, as their cool elegance adapts to various settings. Whether worn with a tailored suit or a flowing summer dress, they add an element of mystery and edge without taking over the look.
In line with the global shift towards sustainable fashion, McQueen's use of recycled materials places these sunglasses at the forefront of eco-chic accessories. Elevate your style while staying mindful of the environment, an ethos aligned with today’s cool-girl sensibility. These shades capture the McQueen spirit—rebellious yet refined—proving once again why the brand remains an icon in luxury fashion.
Materials / Fabrication
- Italian craftsmanship
- Rich, recycled acetate
- Chic black hue
- Gradient lenses with 100% UV protection
- Logo-printed temples
- 51mm lens width, 23mm bridge
Recommended Care
- Clean lenses regularly with provided cleaning cloth to maintain clarity.
- Avoid using harsh chemicals; use lens-specific cleaners if necessary.
- Store in the sleek case provided to prevent scratches and damage.
- Avoid exposing to extreme temperatures to preserve material integrity.
