Nike Nike Mercurial Superfly X 6 Club Ic AH7371 060 soccer shoes multicolored grey

Nike Mercurial Superfly X 6 Club IC AH7371 060 football shoes - Men's halls, combining lightness, matching and confidence in the ball. Model from the Raised On Concrete (Q1 2018) collection designed for playing in the room and recreational training.

The most important features:

- Dynamic Fit Collar (sock type collar) for better fit and stabilization of the ankle.

- Synthetic upper - easy to care, provides comfort and durability.

- laced clasp enabling individual fit.

- non -marking sole (non -building) designed for indoor surfaces.

- Stiffening the heel for stability during rapid changes in direction.

- a fabric material insert for comfort and moisture.

- type: with sock -fit - better feeling of the foot and more natural support.

- Weight: about 0.6 kg (pair).

Why is it worth:

- They provide a good fit and dynamic support, thanks to which they are suitable for quick play in the room.

- Light structure and some adhesion of the soles allow for maneuverability and control of the ball.

- The classic design with dominant shades of gray and contrasting elements of black and white matches different styles.

Application:

- Indoor football (trainings and recreational matches), sports activities in the room, sparring.

Size and care tips:

- Choose the size according to the manufacturer's table - if you hesitate between sizes, it is recommended to choose the size that you usually wear in sports shoes.

- clean the surface with a damp cloth; Dry at room temperature, away from heat sources.

Technical data:

- Manufacturer: Nike

- Model: Mercurial Superfly X 6 Club IC (AH7371 060)

- Type: Hallows / Football shoes

- level: recreational

- Gender: male

- Outer material: synthetic

- Insole material: fabric

- Closure: lace-up

- color: shades of gray with black and white accents

- VAT: 23%

- Weight: 0.6 kg

- EAN: 191884357592

Ideal for players looking for comfortable, lightweight indoor halls with a modern fit and proven adhesion on the internal surface.