Hestra Patrol Gauntlet Mitt Women's

The Women's Patrol Gauntlet Mitt is designed for downhill skiers looking for a reliable companion for long days on the mountain. A mitten version, it traps more air than a glove, making it ideal if you are prone to cold fingers. Sewn in a hardwearing, weather-resistant outer material – Hestra's classic Army Leather and softshell fabric – and featuring well-thought-out functions. The removable liner contains warm synthetic insulation and can be detached to wash or dry. The liner can also be replaced with another, thinner liner if you are out ski touring, for example, and get too hot on the upward route. The cut is slightly slimmer to fit a woman's narrower hand, and the fingers are curved for better grip. A wrist strap helps you keep control of the gloves and a carabiner lets you fasten them to your jacket, for example, when you're taking a break. Also available as 5-fingers model and a men's fit.

Hestra Patrol Gauntlet Mitt Women's Features & Specifications:

• Wrist strap with Velcro closure
• Removable lining
• Puller at cuff
• Reinforcement details
• Handcuffs
• Snow lock
• Elastic at wrist
• Carabiner
• Collection: Alpine Pro
• Army goat leather: Durable and proofed goat leather.
• Hestra 3-layer dobby polyester melange: Durable, wind/ waterproof/ breathable woven fabric. Spandex provides good stretch properties. 97% polyester, 3% elastane.
• G-Loft: G-Loft is a very thin 100% polyester fiber with exceptionally high insulating capacity, even in wet conditions. G-Loft is quick drying, breathable and very compressive.
• Bemberg: Durable medium heavy 100 % polyester fleece lining, with soft and comfortable brushed surface.
• Warmth: Maximum thermal protection for the most demanding expeditions.
• Durability: Reinforced for heavy-duty work and rough environments.
• Mobility: Functional dexterity for basic grip and handling.
• Waterproof: The glove does not include a waterproof membrane. It may offer water resistance from its outer material but is not designed to keep hands dry in sustained wet conditions.