This tech-forward glove combines a slim, ergonomic silhouette with full touchscreen functionality to create a modern look perfect for winter commutes and outdoor workouts. The neoprene-like cotton blend enhances both warmth and flexibility, while the zipped cuff and reinforced touchscreen fingertip add a practical, contemporary twist. Ideal for urban cyclists, runners and everyday commuters, this glove balances performance and style for cold-weather wear. Waterproof construction and a grippy textured palm keep you connected and confident in wet or windy conditions.

• Flattering slim fit silhouette with articulated fingers for natural movement
• Made from a soft cotton blend with stretch for all-day comfort and insulation
• Features conductive touchscreen fingertips and a zippered cuff for secure closure
• Textured silicone palm provides superior grip for cycling, running and handling devices
• Water-resistant finish and quick-dry fabric—ideal for winter and wet-weather use
• Pairs easily with a lightweight jacket or running shell for layered cold-weather outfits

Specifications:

• Fabric: Outer: 60% cotton, 30% polyester, 10% elastane (stretch cotton-mix). Palm: silicone grip pattern. Fingertips: conductive yarn for touchscreens.
• Fit: Comfortable, flexible fit that allows optimal freedom of movement. Runs true to size; choose your usual glove size.
• Care: Machine wash cold on gentle cycle, reshape and line dry. Do not bleach or tumble dry; avoid ironing conductive areas.
• Design details: Zippered cuff, reinforced thumb and index areas, small logo badge on backhand, water-resistant finish.

• Style with: A reflective running jacket and slim joggers for a sporty, on-the-go outfit.
• Perfect for: Winter commuting, cycling, running, dog walks and everyday city wear.
• Dress it up: Pair with a tailored winter coat and leather boots for a streamlined urban look.
• Layer: Wear under a heavier glove for extreme cold or alone for milder winter days.
• Go-to piece: A practical staple for tech-savvy commuters who want warmth without sacrificing device access.