Miu Miu MU A03S 14L20I Sunglasses
Miu Miu MU A03S 14L20I: Playful Elegance with a Modern Edge
The Miu Miu MU A03S 14L20I sunglasses showcase the brand’s distinctive approach to contemporary luxury. Crafted in Italy, this design features a refined irregular silhouette with a warm honey havana acetate frame, paired beautifully with light purple brown lenses for a soft yet expressive look. Designed for women who embrace individuality, the 53mm lens width and narrow fit create a fashion-forward profile that feels elevated, feminine, and unmistakably Miu Miu—perfect for customers seeking authentic designer sunglasses in New Zealand. Key Features
Brand: Miu Miu
Model: MU A03S
Gender: Women
Colour Code: 14L20I
Frame Colour: Honey Havana
Frame Material: Acetate
Frame Shape: Irregular
Lens Colour: Light Purple Brown
Lens Material: Polyamide Bio
Lens Technology: Solid Colour
Lens Category: 2N
Lens Width: 53mm
Bridge Size: 19mm
Temple Length: 140mm
Fit: Narrow fit – smaller lens front
Bridge Fit: High bridge fit
UV Protection: 100% UV protection
Made In: Italy
UPC / GTIN: 8056262397800 Important Safety Information
These sunglasses feature Category 2 lenses and are not suitable for driving and road use. Why Choose Miu Miu MU A03S Sunglasses
The MU A03S is designed for those who value refined details and artistic expression. The 53mm irregular frame adds character without overpowering the face, while the honey havana finish and softly tinted lenses deliver a balanced blend of fashion and comfort. A strong choice for customers searching for Miu Miu women’s sunglasses that stand apart from conventional designer styles. Care & Usage
To maintain lens clarity and preserve the acetate frame finish, clean gently with a microfiber cloth and store in a protective case when not in use. Disclaimer
Please note that while we strive for accuracy, the color and design in the product images may have slight variations due to different monitor settings or lighting conditions. Rest assured, Gadgets Online Ltd ensures the quality and authenticity of every product.