-15%

Oakley BXTR Sunglasses OO9280-0539, Prizm Black Lenses, Matte Black Frame

Name: Oakley BXTR Sunglasses OO9280-0539, Prizm Black Lenses, Matte Black Frame
Brand: Oakley
SKU: 888392601803
Availability: InStock

Original price was: ₹10,490.00.Current price is: ₹8,916.50.

Design: Modern shield design inspired by Oakley’s first sports performance frame
Frame Material: Lightweight and durable BiO-Matter® frame provides all-day comfort
Nod to the Past: Modernized trigger stem design inspired by Oakley’s iconic Razor Blade
No-Slip Grip: Unobtainium® nosepads provide a no-slip grip when wet to help increase retention
Prizm™ Lens Technology is engineered to enhance color and contrast to see more detail

1 in stock

Shipping Speed

Product price:	₹8,916.50
Total options:
Order total:

Pay Deposit
Pay in Full

Add to wishlist

SKU: 888392601803 Categories: Home, Sports Glasses Tags: bxtr sunglasses, oakley bxtr sunglasses, oakley OO9280, oakley sports sunglasses, oakley sunglasses, OO9280

Description

BXTR pays homage to Baxter Street, a popular skate spot in Los Angeles where style and authenticity are always on display, just like this frame. The sunglass was developed by Oakley®’s team of designers who worked closely with friends of the brand in search of the next fresh take on lifestyle eyewear. In a nod to our heritage, BXTR features a shield design and a modernized trigger stem inspired by Oakley’s original Razor Blade sunglasses, mixed with modern style to elevate individuality. The plant-based BiO-Matter®* frame material provides lightweight comfort and durability.

*BiO-Matter is made from bio-materials having at least 56% bio-based carbon content (representing the ratio of castor oil to fossil sources)

Lens Details

Light Transmission: 11%
Light Conditions: Bright Light
Contrast: Increased
Base Lens Color: Grey
Information Notice: 3

Prizm™

Oakley’s exclusive lens technology is designed to enhance color and contrast so you can see more detail.

Features & Technology

Oakley lenses are designed and tested under extremely high mass and high-velocity circumstances to ensure uncompromising protection across a wide range of demanding conditions