adidas Tiro 23 Competition hoodie heren team green HU1348

On the training ground or in the stands, the adidas Tiro 23 Competition Hoodie keeps you warm and dry. Crafted for footballers who push through chilly sessions, this men's hoodie uses AEROREADY technology to wick sweat away from your skin, so you stay focused when the intensity rises. The regular fit and soft recycled polyester fleece offer unrestricted movement, while the drawcord-adjustable hood and ribbed cuffs seal in warmth. Side seam pockets give you a place to stash your phone or warm your hands between drills.

Key specifications

• Material: 100% recycled polyester fleece
• Fit: Regular
• Neckline: Hooded with drawcord
• Sleeve type: Long sleeve
• Closure: Pullover
• Pockets: Side seam pockets
• Cuffs and hem: Ribbed
• Technology: AEROREADY moisture-wicking
• Sustainability: Made with 100% recycled content
• Colour: Team Green
• Gender: Men's
• Best for: Football training, casual wear

Why choose it

This hoodie is built for performance and planet. The AEROREADY fabric actively manages moisture, keeping you comfortable during high-output sessions. Its recycled polyester construction reduces waste without compromising on durability or softness. The adjustable hood and ribbed trims provide a secure, personalised fit that stays put as you move. Whether you're warming up for a match or cooling down after, this hoodie delivers reliable warmth and breathability.

Ideal use cases

• Football training in cool weather
• Pre-match warm-ups
• Casual everyday wear
• Outdoor activities in transitional seasons

Good to know

Part of the adidas Tiro 23 collection, this hoodie combines sporty style with eco-conscious materials. The regular fit ensures easy layering over base layers or under a jacket. AEROREADY technology is designed to manage moisture, keeping you dry and comfortable during intense activity. The drawcord-adjustable hood allows for a customised fit, while ribbed cuffs and hem help retain warmth. Made with 100% recycled polyester, it's a responsible choice for the environment without sacrificing performance.