




Ski/snowboard helmet - Unisex -
The Mod1 brand's Oakley range is expanding to offer you a new unisex Ski helmet inspired by skateboard helmets, with a freestyle design: the Mod1 Lilac.
This helmet's design ensures a perfect fit and optimal comfort. Still designed with the brand's DNA inOakleymind, the ski helmet Mod1 has an iconic and timeless shape that gives it its distinctive identity. Featuring a lightweight and sturdy construction In-Mold, this helmet also has a 360-degree BOA® adjustment system for a perfect fit and full protection regardless of your body shape. Very practical, its magnetic closure Fidlock can be used even when wearing gloves or mittens.
In short, this ski helmet Mod1 combines simplicity with cutting-edge features, wherever you are!


- 360° clamping system at the rear for a perfect fit
- Antimicrobial and Ionic+ odour-resistant padding
- Optimal Oakley goggle integration
- Removable, machine-washable lining
- Compatible with a cap
- Comes with a cap
- Carry bag included
- Ultra-lightweightIn-Mold construction
- Certifications ASTM F2040, CE EN1077 and EN 19492 (Mountaineering)
Size guide:
Small: 51-55cm
Medium: 55-59cm
Large: 59-61cm
| FIDLOCK® | This magnetic closing system without buttons allows you to adjust your equipment without removing your gloves. |
| MIPS® | Multidirectional Impact System: the Mips® is a revolutionary technology that mimics the brain's natural protection system. The Mips® low-friction layer creates a sliding margin between helmet and head, offering enhanced protection against brain damage caused by violent rotation during oblique impacts. |
| TWICEME® NFC MEDICAL ID | The twICEme® NFC medical ID chip provides access to essential medical and emergency contact information. The writing function NFC is available on most Android phones, on theiPhone 7 and newer models running on iOS 13 or newer updates. |
| RECCO® | RECCO® is an avalanche rescue system used around the world to help locate people quickly. The two-part system features a detector used by rescuers, and reflectors integrated into clothing. Together, they enable rapid radar detection without replacing the use of transmitter-receivers. |