177.90€
140.05€
incl. VAT.
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The facts at a glance
Oakley Split Time
The Split Time is designed for a lifestyle charm but performance for an active lifestyle. The temple design fits seamlessly under the cap and the non-slip Unobtainium™ nose piece keeps it comfortably in place. This generally flattering aviator shape for small and medium face shapes has integrated shields on the sides to block side glare. The Plutonite™ lenses provide top-of-the-line UV protection by filtering 100% of all UVA, UVB and UVC rays, as well as harmful blue light. The ultra-lightweight frame made from a combination of O Matter™ and C-5™ metal alloy provides long-lasting comfort. A three point fit optimizes comfort by keeping lenses precisely optically aligned, while XYZ Optics™ provide the highest optical clarity from all angles of vision.
Product details
- Made for:
- Ladies
- Optimal for:
-
- Everyday life
- Features:
-
- Trendy pilot shape
- Integrated side shields to protect against rear glare
- Eyewear design compatible & wearable with headgear
- Durable metal frame details
- Made of lightweight O Matter™ and C5 metal
- Non-slip Unobtainium® nasal pillows: better hold with perspiration
- Three-point seat: Comfort and performance for precise lens fit and optimal vision
- Frame suitable for small to medium faces
- Prizm™ lenses for improved color, contrast and detail vision and an optimized viewing experience
- HDPolarized: Minimization of glare effects thanks to a technology for the production of a special single-layer glass (optional)
- Plutonite® lens provides superior UV protection, filtering out 100% of UVA and UVB rays up to 400 Nm, as well as harmful blue light
- Optical precision and impact resistance meet or exceed ANSI Z80.3 standard for optics and impact resistance
- HDO® Optics for crystal clear vision and impact resistance
- Suitable for prescription lenses
Technologies and manufacturing processes
Impact protection
Oakley lenses are designed and tested under extreme conditions of mass and speed to provide uncompromising protection in a variety of demanding environments.
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