evo.com | Smith Helmets > One of the lightest helmets on the market, the Smith Allure Helmet offers full protection in a slim and sleek design. Favored by those who prefer to feel no excess weight on their heads, the Allure is ideal for both backcountry skiers who who often travel uphill with the helmet on their packs, or frontside skiers seeking out clean lines and great protection at a solid price. Airflow Climate Control Strategically placed vents give you easy climate control in all conditions. Vent placement maximizes airflow and heat exhaustion in warm temperatures while minimizing undesired cold air drafts. ASTM F 2040 Lightweight In-Mold Construction Low profile in-mold designs combine a polycarbonate shell with EPS liner to provide superior impact protection and extreme light weight. Self-Adjusting Lifestyle Fit System Elastic in rear of liner adjusts to a range of head sizes. Removable Snapfit SL2 Ear Pads Smith ear pads, with their inner surface of technical materials, provide a comfortable seal from the wind and weather on even the stormiest days. For a warm spring day, remove the ear pads entirely to reduce weight and maximize cooling. All ear pads are fully removable and machine washable. | Women's Smith Allure Helmet 2023 - Large in Blue | Polyester
Price: $125.00 from evo
Merchant | Price | |
---|---|---|
$125.00 | Visit Store |
evo.com | Smith Helmets > The elusive combination of style and technical performance manifests itself very clearly in the Smith Allure MIPS Helmet. Clean but bold, this helmet's simple shape cuts from the mold and houses a MIPS slip-plane liner and Smith's...
evo.com | Smith Helmets > Super clean and low profile, the Smith Maze Helmet is the lightest certified snow helmet in the industry. With featherweight in-mold construction and a minimalist self-adjusting fit system, the Maze is the perfect choice for...
evo.com | Smith Helmets > You don't need to be Nicholas Cage or Tom Hanks to have all the answers, you can just wear the Smith Code MIPS Helmet. Built with top-notch MIPS technology and Koroyd(R) construction in an un-assuming package, the Smith Code...