Fjällräven Visby 3-in-1 Jacket - Black

The Fjällräven Visby 3-in-1 Jacket is a versatile and durable outerwear solution designed for men. Combining a wind- and water-resistant outer shell with a removable insulated inner jacket, this system adapts to changing weather conditions, making it ideal for autumn and winter adventures.

Advantages

This 3-in-1 jacket offers exceptional flexibility: wear the outer shell alone for protection against wind and light rain, the inner jacket as a standalone mid-layer, or combine both for maximum warmth. The outer shell is made from G-1000 Eco fabric (65% recycled polyester, 35% organic cotton), which is waxable for enhanced water resistance. The inner jacket is crafted from 100% recycled polyester, providing lightweight insulation. Sustainable materials and thoughtful design make this jacket a responsible choice for the eco-conscious outdoor enthusiast.

Suitable for

• Hiking and trekking in cold and wet conditions
• Everyday urban wear during autumn and winter
• Outdoor activities requiring layering flexibility

Key specifications

• Jacket Type: 3-in-1 (Outer Shell + Inner Insulated Jacket)
• Outer Shell Material: G-1000 Eco (65% Recycled Polyester, 35% Organic Cotton)
• Outer Shell Lining: 100% Polyester
• Inner Jacket Material: 100% Recycled Polyester
• Insulation: Synthetic (Recycled Polyester)
• Water Resistance: Wind and water-resistant (waxable)
• Breathability: Good
• Fit: Regular Fit
• Hood: Adjustable, Detachable
• Closure: Two-way front zipper with protective flap
• Outer Pockets: 2 Hand Pockets, 2 Chest Pockets (zippered)
• Inner Pockets: 2 Hand Pockets
• Cuff Adjustment: Velcro straps
• Hem Adjustment: Drawcord
• Sustainability: Recycled polyester, organic cotton
• Weight (approx. size M): 1300 g
• Gender: Men's
• Colour: Black

Recommendations

For optimal performance, treat the outer shell with Greenland Wax to boost water repellency. The inner jacket can be worn separately for a lightweight insulating layer. This jacket is a reliable companion for variable weather conditions.