Nike – Mercurial Vapor 15 Club FG/MG Generation Pack

Football has the power to unite people from every corner of the planet, and with different life experiences, and to create a universal network of indestructible relationships with infinite possibilities. Celebrate the world’s biggest soccer tournament with a design that references the science of connection and gravity inspired by the event. The unique carbon fiber chrome plate completes an incredible futuristic look designed for the feet of the world’s greatest footballers with exceptional ball control and barefoot feel.

 

Unique traction pattern provides exceptional traction with quick release and twist to create clearance. This is the option that offers the most versatility to athletes who need to switch from one surface to another.

A completely renewed design improves the fit by reproducing the shape of the foot. We achieved this by carrying out various tests on hundreds of athletes. The result is a more contoured toe box and greater heel fit.

The molded synthetic upper features a textured pattern for better ball control during high-speed dribbling.

The Speed ​​Cage inside the structure is made of a thin but resistant material that stabilizes the foot on the sole without adding weight, for an ideal grip.

Along the sole plate, a unique color gradient recalls copper and its energy-conducting properties. We’ve juxtaposed a sophisticated Space Dust hue around the studs with pops of white and contrasting copper, as well as an extra vibrant pink hue. The upper is in metallic Liquid Chrome.

The design is full of special symbolic details, tribute to the locations, which pay homage to the most important soccer tournament in the world. You will also find the coordinates of our headquarters, as well as a series of scientific symbols related to the energetic connection.

Plastic sole plates with shaped studs designed to work both on hard ground (FG) and on natural grass and artificial grass fields (AG). This is the option that offers the most versatility to athletes who need to switch from one surface to another.