• NEW DESIGN Delivers the Proportion, Surface, and Detail of the Exterior Shape Deliver Bold Design and High Functionality to the All-New MOD3
• FIT Delivers A BOA 360° Fit System Includes an Adjustable Dial That Delivers a Customized, Secure Fit. Small (51-55cm) / Medium (55-59cm) / Large (59-63cm)
• WEIGHT Delivers MOD3 Uses a Polycarbonate Shell Design to Keep Weight Light, Making MOD3 Easy to Wear All Day Long
• Protection Delivers the Mips® Safety System Is a Helmet-Integrated, Low-Friction Layer Designed to Decrease Rotational Motion to the Brain, Helping to Reduce the Harmful Forces That Might Otherwise Impact the Wearer’s Head
• Ventilation Delivers MOD3 Features a Unique Adjustable Ventilation System and a Front Goggle Air Intake Port So Hot Air Can Easily Escape the Helmet, Helping You Stay Comfortable While Carving Turns or Heading to the Top on the Lift
• LINING Delivers Polartec® Power Grid™ Is a Moisture-Wicking, Removeable and Washable Three-Dimensionally Shaped Vented Lining to Match the Contours of a Rider’s Head
• FIDLOCK® BUCKLE Delivers Seamless Magnetic Functionality Lets You Fasten Your Helmet with Gloves on
• GOGGLE Integration Delivers Designed for Optimal Integration with Oakley Goggles
• Everyday Function Comes from Helmet Travel Bag and Oakley Decal Included
• Built Around Astm F2040 and CE EN1077 Certifications

From parking-lot prep to the last run, Oakley MOD3 MIPS Helmet adds a useful layer of confidence to skiing and snowboarding. What sets it apart is the combination of nEW DESIGN Delivers the Proportion, Surface, and Detail of the Exterior Shape Deliver Bold Design and High... and fIT Delivers A BOA 360° Fit System Includes an Adjustable Dial That Delivers a Customized, Secure Fit, two details that matter when conditions or logistics get busy. For anyone refining their winter routine, this snow goggles offers a focused way to keep preparation and use more straightforward. For the next mountain day, Oakley MOD3 MIPS Helmet brings a useful mix of purpose and convenience without adding unnecessary complexity.