Patagonia Nano-Air Ultralight Men's Pullover
Dial in your existing layering systems or invent an entirely new one with the compressible, featherlight Nano-Air Ultralight Pullover. This stretchy and ultra-packable insulated layer is built for cool, high-output days when you need breathability and just a touch of warmth to stay in your sweet spot for longer.
For optimum comfort, warmth and mobility across high-output days, the Nano-Air Ultralight pullover is constructed using lightweight 20g FullRange insulation, keeping the garment featherlight and providing warmth and cosiness across the shoulders, outer arms, front and back body. This light, breathable and stretchy insulation keeps you prepared for chilly expeditions. The garment has non-insulated, breathable underarm ventilation panels to keep you cool whilst also reducing bulk for added comfort. The Nano-Air fabric utilised is air-permeable to prevent overheating with exceptional levels of stretchiness for restriction-free movement. The materials have a DWR finish to keep you dry during light rain and moisture. Stretchy, soft and quick-drying, the Nano-Air Ultralight features Capilene Cool Lightweight fabrics at the lower arms, for moisture-wicking comfort and an added level of stretch for free movement. This extra stretch at the lower arms also allows you to easily push the sleeves up the forearms when needed. The half-zip assists in putting the pullover on and off, and the slim fit is built for comfort under a harness or backpack. Articulated patterning provides an exceptional range of motion for any outdoor adventure. Finally, a low-profile large chest pocket ensures you have space to stash essentials and allows you to easily self-stuff so you can store the garment away discreetly and clip it to your pack with the carabiner clip-in loop.
Sustainability - Shell and Lining: 100% recycled Polyester - Lower Sleeve Panels: 100% recycled polyester - Insulation: 100% recycled polyester - Fabrics are certified as bluesign approved - Made in a Fair Trade Certified factory.
