Óculos de sol de homem Adidas AOK001 - armação preta, lentes fumadas, 57 mm

Elevate your vision and style with the Adidas Men's AOK001 Sunglasses, model AOK001-012000. Engineered for the active man, these sporty rectangular sunglasses combine a sleek black injected plastic frame with smoke-tinted polycarbonate lenses. Designed to provide 100% UV400 protection, they shield your eyes from harmful UVA/UVB rays while reducing glare for enhanced visual clarity. The full-rim frame offers durability and a secure fit, making them ideal for daily wear, driving, or outdoor sports. With a lens width of 57 mm, bridge width of 14 mm, and temple length of 145 mm, these sunglasses ensure a comfortable fit for most face shapes. A protective case is included to keep your eyewear safe when not in use. Whether you're hitting the trails or the city streets, the Adidas AOK001 delivers reliable performance and unmistakable sporty style.

Advantages

These sunglasses offer superior UV protection, lightweight comfort, and a durable construction that withstands active lifestyles. The smoke-tinted lenses reduce eye strain in bright conditions, while the sporty rectangular design complements a variety of face shapes. The included case adds convenience for storage and travel.

Suitable for

• Men seeking sporty, protective eyewear for outdoor activities
• Drivers needing glare reduction and UV protection
• Everyday casual wear with a modern athletic look

Key specifications

• Product Type: Sunglasses
• Gender: Men's
• Lens Width: 57 mm
• Bridge Width: 14 mm
• Temple Length: 145 mm
• Frame Material: Injected Plastic
• Lens Material: Polycarbonate
• Frame Color: Black
• Lens Color: Smoke Tint
• UV Protection: 100% UV400
• Polarization: Non-Polarized
• Frame Style: Full Rim
• Lens Shape: Sporty Rectangle
• Filter Category: Category 3
• Case Included: Yes
• Manufacturer: Adidas Eyewear

Recommendations

For optimal care, clean lenses with a microfiber cloth and store in the included case. Avoid exposure to extreme temperatures. These sunglasses are not intended for direct solar observation.