Sudadera Nike Dri-FIT Academy Pro azul y marina DH9283 463 XS

Cold or damp training sessions often force a trade-off between staying warm and staying dry. The Nike Dri-FIT Academy Pro Sweatshirt eliminates that compromise with moisture-wicking fabric that pulls sweat away from your skin, keeping you comfortable during intense football drills. Its streamlined, performance-oriented design allows full range of motion, so you can focus on your game without distraction.

Who is it for

Built for athletes and football players who train hard in all seasons. Whether you're running drills on a chilly morning or warming up before a match, this sweatshirt delivers reliable comfort. The standard fit works for a wide range of body types, and the men's sizing ensures a proper athletic cut.

Main features

• Nike Dri-FIT technology wicks moisture to keep you dry and focused
• Ribbed crew neck, cuffs, and hem for a secure, comfortable fit
• Embroidered Nike Swoosh logo adds a classic athletic touch
• Long sleeves provide extra coverage during cool-weather training
• Pullover closure for easy on-and-off between drills
• Durable 100% polyester construction withstands regular washing

Specifications

• Brand: Nike
• Model: 128638_XS
• MPN: DH9283 463 XS
• EAN: 195244599400
• Product Type: Sweatshirt
• Activity: Football / Soccer Training
• Technology: Nike Dri-FIT
• Material: 100% Polyester
• Fit: Standard Fit
• Sleeve Type: Long Sleeve
• Neckline: Ribbed Crew Neck
• Color: Obsidian / White
• Style Code: DH9283
• Color Code: 463
• Gender: Men's
• Size: XS
• Features: Moisture-wicking fabric, Ribbed cuffs and hem, Embroidered Nike Swoosh logo
• Care Instructions: Machine Washable
• Collection: Nike Academy Pro
• Target Audience: Athletes, Football Players
• Closure Type: Pullover
• Season: All-Season Training
• Design: Performance-oriented, streamlined
• Origin: Imported

Tips

Pair with Nike Dri-FIT training pants for complete moisture management. For best results, machine wash cold and tumble dry low to preserve the fabric's wicking properties.