Smith Squad XL Low Bridge Fit Goggles

   Medium / Large Fit

   Responsive Fit™ Frame Design–        Allows the frame to adjust and flex to the contours of the face.

   Cylindrical Carbonic-X Lens

   ChromaPop™ Lens Technology–        Through Smith’s proprietary ChromaPop™ lens technology, we help you see detail and color beyond normal capabilities. ChromaPop™ filters two specific wavelengths of light that cause color confusion. By doing this the lens delivers greater definition, more natural color, and unmatched clarity to allow you to see more detail.

   TLT (Tapered Lens Technology)–        Visual distortion occurs when light waves hit an aggressively-curved lens causing it to bend or distort an object’s true size or position. Tapered Lens Technology corrects the distortion by progressively tapering the lens from the optical center towards the outer edges. Light waves are thereby delivered straight to your eye resulting in zero distortion and true optical clarity. What you see is what you get. Carbonic lenses are engineered to be the most impact resistant lens material in the world. Injection molded with Tapered Lens Technology for optical precision and a high level of protection.

   5X™ Anti-Fog Inner Lens–        The most advanced anti-fog lens ever created, engineered to provide over five times the absorptive properties of anything on the market.

   Includes Bright and Low Light Interchangable Lenses–        See the goggle lens color/tint guide below for help choosing your lens!

   Ultra-Wide Silicone Backed Strap

   Dual Slide Strap Adjustment System

   2 Layer DriWix Face Foam

   Smith Low Bridge Fit–        These goggles sit more comfortably and securely on faces with a smaller or lower nose bridge and/or a wide or high cheekbone shape. Choosing the right fit will improve the comfort and performance of your goggles.

   Includes Microfiber Goggle Bag with Replacement Lens Sleeve

   This product may contain chemicals known to the State of California to cause cancer, or birth defects, or other reproductive harm.