Columbia Powder Lite II Hooded Jacket - Collegiate Navy, taglia Large

The Columbia Powder Lite II Hooded Jacket is a versatile insulated jacket designed for men who need reliable warmth and protection in cold weather. Featuring advanced Omni-Heat™ Reflective technology and Thermarator™ insulation, this jacket provides exceptional heat retention without bulk. The water-resistant and wind-resistant fabric ensures comfort in light rain and wind, making it ideal for hiking, casual wear, and everyday cold-weather activities.

Advantages

This jacket combines lightweight construction with superior insulation, thanks to the Thermarator™ synthetic fill and Omni-Heat™ Reflective lining that reflects body heat. The attached adjustable hood offers customizable coverage, while the full-zip closure and elastic cuffs seal in warmth. Two zippered hand pockets and an interior security pocket provide secure storage for essentials. The drawcord adjustable hem allows for a personalized fit, and the active fit design ensures freedom of movement.

Suitable for

• Hiking and outdoor adventures in cold weather
• Casual daily wear during winter
• Layering under a shell for extreme conditions

Key specifications

• Product Type: Insulated Hooded Jacket
• Gender: Men's
• Color: Collegiate Navy
• Size: Large
• Shell Material: 100% Polyester
• Lining Material: Omni-Heat™ Reflective 100% Polyester
• Insulation Type: Thermarator™ 100% Polyester
• Water Resistance: Water-resistant fabric
• Wind Resistance: Wind-resistant
• Hood Type: Attached, adjustable hood
• Pockets: 2 Zippered hand pockets, 1 Interior security pocket
• Cuffs: Elastic cuffs
• Hem: Drawcord adjustable hem
• Closure Type: Full-zip
• Fit Type: Active Fit
• Technology: Omni-Heat™ Reflective, Thermarator™ Insulation
• Recommended Use: Hiking, Casual, Cold Weather
• Care Instructions: Machine Wash

Recommendations

For optimal performance, layer this jacket over a base layer and under a waterproof shell in wet conditions. Machine wash cold and tumble dry low to maintain the insulation and reflective properties.