Nike Dri-Fit Park 26 Drill Top camiseta de entrenamiento hombre negra IB7536 010 S

Cold-weather training sessions demand a layer that keeps you dry without weighing you down. The Nike Dri-FIT Park 26 Drill Top solves that problem with advanced moisture-wicking fabric that pulls sweat away from your skin, so you stay comfortable from warm-up to final whistle.

Who is it for

Built for footballers and athletes who train hard in cool conditions, this quarter-zip top suits men who want a lightweight, breathable layer for pitch sessions, gym work, or everyday sportswear. The standard fit offers room to move without excess bulk.

Main features

• Nike Dri-FIT technology moves sweat away from your skin for quicker evaporation, helping you stay dry and comfortable.
• Made with at least 75% recycled polyester fibers, reducing environmental impact without sacrificing performance.
• Stand-up collar with quarter-zip closure lets you adjust ventilation and coverage on the go.
• Ribbed cuffs with thumbholes keep sleeves in place and add extra warmth for your hands.
• Embroidered Nike Swoosh logo on the chest adds a classic, athletic look.
• Lightweight, breathable fabric with quick-drying properties for all-day comfort.

Specifications

• Brand: Nike
• Model: 155227 S
• MPN: IB7536 010 S
• EAN: 198726193646
• Product Type: Training Top / Sweatshirt
• Gender: Men's
• Sport: Football / Soccer, Training
• Technology: Nike Dri-FIT
• Material Composition: 100% Polyester
• Fit: Standard Fit
• Neckline: Stand-up Collar
• Closure Type: Quarter-zip (1/4-zip)
• Sleeve Style: Long Sleeve
• Cuffs: Ribbed Cuffs with Thumbholes
• Color: Black
• Color Code: 010
• Size: S (Small)
• Collection: Nike Park 26
• Care Instructions: Machine Washable
• Sustainability: Made with at least 75% recycled polyester fibers

Tips

Layer this top over a base layer for extra warmth during early morning sessions, or wear it on its own for mild-weather training. The thumbholes keep sleeves in place when you pull on gloves, and the quarter-zip allows quick ventilation during high-intensity drills.