Hurley Flurry Snow Pant - Women's

HURLEY FLURRY SNOW PANT - WOMEN'S

The Hurley Flurry Snow Pant - Women's is a snow pant for ski and snowboard trips. Skiers, boarders, and snow fort builders can all enjoy the flexibility in these pants as they take on the snow. The 3M Thinsulate insulation traps heat, without adding bulk, so you're toasty warm while out in the cold. Never fear overheating, as an integrated ventilation system helps circulate air during physical exertion. Down at the cuffs, reinforced snow guards protect against sharp equipment edges.

FEATURES

• Exceptional Weather Protection: The Hurley Flurry Snow Pant is equipped with a high-quality, water and wind-resistant fabric, offering outstanding protection against the elements, ensuring you stay dry and comfortable in various winter conditions.
• Superior Insulation for Warmth: Featuring 3M Thinsulate insulation technology, these pants trap and retain body heat, providing exceptional warmth without the bulk, keeping you agile and comfortable in frigid temperatures.
• Custom Fit Waistband: The snow pant includes an elastic waistband, ensuring a perfect fit that stays in place during dynamic movements, enhancing comfort and security on the slopes or trails.
• Secure and Convenient Pockets: Designed with strategically positioned pockets, the Hurley Flurry Snow Pant offers ample storage space for your essentials, keeping them safe and easily accessible while you're on the move.
• Integrated Ventilation System: These pants come with a built-in ventilation system, allowing for efficient air circulation and temperature control during high-energy activities, ensuring comfort throughout your winter pursuits.
• Reinforced Snow Guard Cuffs: The internal snow guard cuffs provide additional protection against snow entry, keeping your legs dry and warm during deep snow adventures.
• Extendable Cuff Design: Featuring an innovative extendable cuff design, these pants can be adjusted to fit over your ski or snowboard boots, offering additional protection and versatility, while also accommodating growth or changes in layering.