Built for young players who need rapid acceleration and agile direction changes, the adidas X Speedportal.4 FG delivers multi-dimensional speed with a focus on ball control and sustainability. The boot is engineered to support fast play across several natural and artificial surfaces while using recycled materials in the upper.

Adidas X Speedportal.4 FG Kids Football Boots - Key highlights

Benefits

• Multi-dimensional speed: Designed to facilitate explosive acceleration and rapid changes of direction so young players can react quickly in dynamic game situations.
• Versatile traction performance: Intended for use on soft, hard and synthetic surfaces to offer consistent performance during training and matches played on different pitches.
• Ball control at pace: A soft, coated textile upper helps maintain a reliable touch on the ball when moving at high speed.
• Durable construction: The upper combines softness with durability to withstand the demands of junior play.
• Sustainability focus: The upper is made from at least 50% recycled materials, reflecting adidas’s effort to reduce plastic waste in product manufacturing.

Details

• Model: adidas X Speedportal.4 FG, youth sizing intended for younger players.
• Surface compatibility: Engineered for soft ground, hard ground and synthetic surfaces to provide versatile use across common pitch types.
• Upper material: Coated textile that balances a soft feel for ball control with durability for everyday play.
• Recycled content: The upper contains at least 50% recycled materials as part of adidas’s solutions to help combat plastic waste.
• Player focus: Optimized for players seeking speed, quick directional changes and dependable touch during fast-paced play.
• Design intent: Created to help developing players translate acceleration and agility into on-field advantage while considering environmental impact.

Every element of the adidas X Speedportal.4 FG Kids Football Boots centers on enabling youthful speed and control across multiple surfaces while incorporating recycled materials to reduce environmental impact.