Oakley Holbrook Matte Black Glasses
Shipping and delivery times
Shipping and delivery times
Your order is handed over to the courier within 24/72 working hours from receipt of payment.
- Processing and delivery times are calculated from Tuesday to Friday, excluding Monday, weekends, and public holidays.
- FREE SHIPPING for orders starting from €99.99 (excluding bicycles)
Returns and support
Returns and support
- You can request a return within 14 days of receiving the goods.
- Product conditions: Items must be new, unused, in their original packaging and with labels attached.
- Shipping costs: Return shipping costs are at the customer's expense.
- Refund method: The refund will be issued within 14 days of product verification, using the same payment method chosen for the purchase.
To consult the complete regulations, exceptions, and detailed procedures, [click here and read our Returns and Refunds policy]
Oakley Holbrook Matte Black Glasses
Description
Description
The Oakley Holbrook OO9102 blend 1950s American vintage aesthetics with the most advanced optical technologies. The O Matter™ frame ensures unbeatable lightness and superior impact resistance, exceeding the standards of common lifestyle eyewear. The design is defined by the famous metallic rivets and square shape, making this model a versatile accessory for any face shape.
Vision is revolutionized by Prizm™ lenses, designed to maximize contrast and detail perception in various light conditions. Thanks to HDO® (High Definition Optics) technology, sharpness is absolute, eliminating the visual distortions typical of budget lenses. Each pair includes the official case and microfiber cloth for professional maintenance.
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Prizm™ Technology: Color optimization for unprecedented visual contrast.
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O Matter™ Frame: Patented ultra-light material for extended comfort.
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Plutonite® Protection: Total shielding from UVA, UVB, UVC rays and harmful blue light.
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Three-Point Fit Alignment: Keeps lenses in perfect position without pressure points.
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Certified Resistance: Protection from high-velocity and high-mass impacts.
