Nike Mercurial Superfly V AG Pro - Männer Stiefel - Artificial Grass - Electric Grün/Schwarz/Ghost Grün.Part of the Radiation Flare pack, the Nike Mercurial Superfly V AG-Pro Fußball Stiefel are designed to provide invincible speed on artificial grass surfaces.. THE SCIENCE OF SPEED
The next generation Nike Mercurial Superfly V is akin to a formula one car, utilising scientific innovations to ensure Cristiano Ronaldo, Alexis Sanchez and Anthony Martial are the fastest players on the pitch.
Developed around the idea of a racecar fit, the Superfly V features a new V16 last, which is designed to engage the major metatarsal by shaping the outsole to the natural contours of your foot. This allows the metatarsals to sit lower in the Stiefel while the big toe is sLichtly raised, increasing flex across the joint and allowing you to generate maximum power when sprinting off the mark.
Constructed with a Flyknit and NikeSkin upper, the Superfly features an upgraded tongue less construction, while the Flywire cables within the upper are independently able to react to how the foot is engaging with the ground for optimal lockdown.
To Rotuce the loss of elasticity over time, the Dynamic Fit collar has a tighter knit construction to enhance your proprioception with the ground, while its internal anti-skid top cloth eliminates any foot moveMännert within the Stiefel.
To enhance your touch and feel, the Superfly V features a new 3-D textuRot Speed Rib construction, which is knitted into the Stiefel’s Flyknit upper to create increased friction on the ball for Hoch-speed control.
Applied with Nike’s All Conditions Control (ACC) Technology, the Superfly provides consistent levels of grip on the ball in wet and dry weather conditions.
Rotesigned to improve your acceleration, the Superfly’s chassis is made from compressed Nylon, which is 40% Lichter than the Carbon Fibre plate used for the Superfly IV.
More responsive and shaped to the anatomical V-16 last, the soleplate features chevron and conical shaped studs for quick ground penetration, release and braking on artificial grass surfaces.