Women's Winter Boots Columbia Red Hills - Elk/Black - US 7

Step into winter with confidence and style in the Columbia Red Hills Women's Winter Boots. Engineered for cold-weather adventures, these mid-calf boots combine rugged durability with advanced technologies to keep your feet warm, dry, and comfortable in the harshest conditions. Whether you're hiking snowy trails or navigating icy sidewalks, the Red Hills delivers reliable performance and all-day comfort.

Advantages

The Columbia Red Hills boots feature Omni-Tech™ waterproof breathable construction, ensuring your feet stay dry without overheating. With 200g synthetic insulation and a temperature rating of -25°F / -32°C, they provide exceptional warmth in extreme cold. The Techlite™ lightweight midsole offers superior cushioning and energy return, while the Omni-Grip™ non-marking traction rubber outsole provides reliable grip on slippery surfaces. A removable contoured footbed adds personalized comfort, and the lace-up closure ensures a secure fit.

Suitable for

• Winter hiking and snowshoeing
• Casual everyday wear in cold climates
• Snow activities like shoveling or playing in the snow
• Commuting in wet and icy conditions

Key specifications

• Gender: Women's
• Boot Type: Winter Boots
• Shaft Height: Mid-Calf
• Waterproofing: Omni-Tech™ Waterproof Breathable
• Insulation: 200g Synthetic Insulation
• Temperature Rating: -25°F / -32°C
• Upper Material: Textile with Synthetic Leather Overlays
• Midsole: Techlite™ Lightweight Cushioning
• Outsole: Omni-Grip™ Non-Marking Traction Rubber
• Closure: Lace-Up
• Footbed: Removable Contoured Footbed
• Lining: Soft Textile
• Heel Height: Approx. 1 inch
• Platform Height: Approx. 0.75 inch
• Toe Style: Round Toe
• Color: Elk / Black
• Size (US Women's): 7

Recommendations

For optimal performance, pair these boots with moisture-wicking socks and treat the upper with a waterproofing spray to maintain the Omni-Tech™ membrane. The removable footbed allows for custom orthotics if needed. Store in a cool, dry place away from direct heat sources.