Men's sweatshirt Nike Club Full Zip Hoodie obsidian/obsidian/white (FN3861-451)

Men’s Nike Club Full Zip Hoodie has been designed with everyday comfort in mind for cooler days. Thanks to the use of brushed mid-weight fabric, it provides a pleasant softness on the inside while maintaining a smooth outer texture. The design of the model allows for comfortable wear both on its own and as an additional layer under outerwear.

Brushed fabric technology and its properties

The men’s Nike Club Full Zip Hoodie uses fabric brushed on the inside, which increases its softness and enhances wearing comfort. At the same time, the outer layer of the fabric remains smooth and resistant to pilling. The mid-weight fabric provides the right balance between thermal insulation and breathability, making it suitable for various weather conditions.

Hood design and adjustment

The men’s Nike Club Full Zip Hoodie features a double-layered hood that offers additional protection against the wind. The round, braided drawstring allows precise adjustment of the hood to the shape of the head. This design enhances the functionality of the garment in urban and training conditions.

Functional elements and construction details

The men’s Nike Club Full Zip Hoodie has a split front pocket, allowing storage of small items or warming of the hands. The metal zipper ensures durability and smooth operation. Ribbed cuffs and hem stabilise the hoodie’s position during movement, preventing it from riding up.

Men’s Nike Club Full Zip Hoodie – features:

• Brushed mid-weight fabric on the inside for increased softness;
• Smooth outer fabric surface resistant to pilling;
• Standard fit facilitating layering with other garments;
• Double-layered hood improving insulation in urban conditions;
• Round braided drawstring allowing precise hood adjustment;
• Split front pocket providing additional functionality;
• Metal zipper enhancing the durability of the hoodie’s construction;
• Ribbed cuffs and hem for better fit;
• Embroidered Nike Futura logo on the chest increasing model recognition.