Adidas Men's AOR015-140030 Sunglasses - Black Frame, Grey Lens, 53mm

Elevate your style with the Adidas Men's AOR015-140030 Sunglasses, a perfect blend of sporty design and everyday functionality. Part of the iconic Adidas Originals collection, these sunglasses feature a sleek black injected plastic frame and grey polycarbonate lenses, offering a modern rectangular look that suits any face shape. Designed for active men, they provide 100% UV400 protection to shield your eyes from harmful rays, making them ideal for outdoor activities or casual wear.

Advantages

These sunglasses combine durability with lightweight comfort. The full-rim frame ensures robust lens retention, while the polycarbonate lenses are impact-resistant and scratch-resistant. The 53mm lens width and 20mm bridge provide a balanced fit, and the 140mm temple length ensures a secure hold. Whether you're driving, hiking, or simply enjoying a sunny day, these sunglasses offer reliable protection and a stylish edge.

Suitable for

• Men seeking a versatile, sporty accessory for daily wear
• Outdoor enthusiasts needing UV protection during activities like running, cycling, or hiking
• Fashion-conscious individuals who appreciate the Adidas Originals aesthetic
• Those who require prescription lenses (Rx-able) for customized vision correction

Key specifications

• Brand: Adidas
• Model: AOR015-140030
• Gender: Men's
• Frame Color: Black
• Lens Color: Grey
• Frame Material: Injected Plastic
• Lens Material: Polycarbonate
• UV Protection: 100% UV400
• Lens Width: 53 mm
• Bridge Width: 20 mm
• Temple Length: 140 mm
• Frame Style: Full Rim
• Lens Shape: Rectangular
• Collection: Adidas Originals
• Polarized: No
• Case Included: Yes
• Cleaning Cloth Included: Yes
• Rx-able: Yes

Recommendations

For optimal care, use the included cleaning cloth to wipe lenses gently. Store in the provided case when not in use to prevent scratches. If you require prescription lenses, consult your optician for fitting. These sunglasses are not polarized, so they may not reduce glare from reflective surfaces as effectively as polarized options.