Columbia miesten Bugaboo IV 3-in-1 Interchange takki Phoenix Blue/musta koko L

The Columbia Men's Bugaboo IV 3-in-1 Interchange Jacket delivers exceptional versatility and protection for cold, wet conditions. Its Omni-Tech™ waterproof-breathable outer shell is critically seam-sealed to keep you dry, while the zip-in 250g MTR fleece liner provides cozy warmth. Wear them together for maximum insulation, the shell alone as a rain jacket, or the fleece as a standalone soft shell.

Advantages

Omni-Tech™ shell repels moisture without trapping heat, ensuring comfort during high-output activities. The 3-in-1 interchange system adapts instantly to changing weather and exertion levels. Critically seam-sealed construction prevents leaks at stress points. The removable, adjustable storm hood shields against wind and rain. Multiple zippered pockets secure essentials like phone, keys, and lift pass. Adjustable cuffs and hem block cold drafts for a personalized fit. Durable nylon shell and polyester fleece withstand rugged use season after season.

Suitable for

• Skiing and snowboarding in wet, snowy conditions
• Winter hiking and snowshoeing
• Cold-weather commuting and everyday wear
• Layering in variable mountain climates

Key specifications

• Outer shell: 100% nylon Omni-Tech™ Generation Dobby, waterproof/breathable
• Liner: 100% polyester 250g MTR fleece, removable
• Seam sealing: critically seam-sealed
• Interchange system: zip-in and 3-point
• Hood: adjustable, removable storm hood
• Pockets: zippered hand pockets, internal security pocket
• Cuffs: adjustable; hem: drawcord adjustable
• Fit: regular
• Closure: full-zip front with snap placket
• Color: Phoenix Blue / Black
• Size: L
• Care: machine washable

Recommendations

For optimal performance, zip the fleece liner into the shell before heading out in cold rain or snow. When temperatures rise, remove the liner and wear the shell as a lightweight rain jacket. The fleece alone works well for crisp, dry days. Always ensure the storm hood is adjusted snugly to prevent heat loss.