As Seen On Tv Chaqueta Classic Bedale Barbour Para Hombre Color Olive (classic) Price Crushed By 30% [tu10VcjJ]

Classic Bedale Barbour Jacket - Tradition, Style, and Functionality

Introducing the Barbour Classic Bedale jacket, a timeless piece that embodies tradition, style, and functionality. Originally designed for equestrian use, this iconic jacket has transcended its origins to become a must-have for both countryside and city life. The Barbour Classic Bedale offers a classic cut that is both short and roomy, providing maximum comfort and freedom of movement. Its rear ventilation feature ensures breathability, while the high-quality construction in 100% enclosed cotton guarantees protection against wind and rain.

Key Product Features

Experience the distinctive charm of the Barbour Classic Bedale with its array of premium features. The jacket boasts a traditional jockey cut with rear ventilation for enhanced comfort. Crafted from 100% enclosed cotton, the exterior offers durability and weather resistance, while the lining and sleeve interiors are made from pure cotton and ribbed for added warmth. Authentic Barbour details include a traditional pan collar, a bidirectional brass zipper with a ring pull, and a stormfly front closure. The jacket is also equipped with two large fuel pockets and two handwarmer pockets lined with top-grain leather for extra warmth and practicality. For even more customization, the Barbour Classic Bedale is compatible with a removable hood and additional lining (sold separately).

Practicality and Versatility

Whether you're riding through the countryside or navigating the urban jungle, the Barbour Classic Bedale is the perfect companion. Its versatile design and functional features make it an essential addition to any wardrobe. The jacket's classic look and practical features cater to a wide range of styles and preferences, making it an ideal choice for both men and women. Embrace the timeless appeal of the Barbour Classic Bedale and elevate your everyday fashion with a touch of tradition and functionality.