Football boots PUMA Future 9 Ultimate Advanced Level FG puma white/blue glimmer/pink glimmer/yellow alert (109206 01)

PUMA Future 9 Ultimate Advanced Level FG football boots in puma white/blue glimmer/pink glimmer/yellow alert are an advanced model designed for play on natural grass. Thanks to the use of synthetic upper materials, the boots provide optimal fit and comfort during intense use. The built-in sock enhances foot stability, which is crucial for players seeking precise support.

Innovative FUZIONFIT and NanoGrip technologies

The PUMA Future 9 Ultimate Advanced Level FG football boots feature FUZIONFIT technology, which adapts to the shape of the foot, ensuring a perfect fit. NanoGrip further increases internal grip, resulting in greater ball control. These technological solutions are key for players looking for advanced support during the game.

FLEXGILITY sole and GripControlPro technologies

The FLEXGILITY outsole provides flexibility and stability, essential on natural grass. Thanks to GripControlPro technology, the boots offer excellent traction, allowing for dynamic changes of direction and quick reactions. These features make this model ideal for players at the highest level of performance.

Eco-friendly approach

The PUMA Future 9 Ultimate Advanced Level FG football boots are made from recycled materials, reflecting environmental friendliness. The choice of recycled raw materials highlights PUMA’s commitment to sustainable development. This model combines high quality with care for the planet.

PUMA Future 9 Ultimate Advanced Level FG football boots – features:

• Synthetic upper material providing comfort and durability;
• Built-in sock for improved foot stability;
• FUZIONFIT technology adapting to the shape of the foot;
• NanoGrip technology enhancing internal grip;
• FLEXGILITY sole offering flexibility and stability;
• GripControlPro technology for excellent traction on grass;
• Advanced level designed for professional footballers;
• Laces as a fastening method for optimal fit;
• Eco-friendly approach through recycled materials.