Features

• Look the Part
• From its very inception, Mercurial has pushed new boundaries for the way players express themselves through color. Throughout the years, Volt and Hyperpink have been used across many of the most iconic cleats in the lineage. The Hyperpink MXXV graphic to the Volt Swoosh to the Volt colored cleats underneath offer unique expressions for this special design. A chrome effect makes the metallic silver base pop, highlighting the importance of the 25-year milestone.
• Welcome to the Field, Zoom
• For the 1st time in our history, Nike has developed an all-new, Zoom Air unit. It sits in the plate and provides an additional level of springy underfoot feel helps you play faster on the field and create separation when it matters the most - whether scoring goals or being first to the ball or go by defenders.
• Dig in, Take Off
• Unique traction pattern offers supercharged traction with quick release to create separation.
• Respect the Past
• The Merc been the catalyst for some of the most memorable moments the game has produced. Using historical Mercurial logos, we’ve created a repeat graphic that speaks to different eras dating back to 1998. The medial MXXV graphic celebrates the gravity of this historic moment and connects to the cleat’s previous anniversary.
• Feel the ball
• The upper has NikeSkin, a soft and flexible mesh material linked together by a thin coating. It helps provide ball control and truly gives you a feeling of barefoot soccer.
• Improved Fit
• Flyknit wraps your ankle in soft, stretchy fabric for a secure feel. A redone design improves the fit, so that it better simulates the foot. We did this by conducting multiple wear tests on hundreds of athletes. The result is a more contoured toe box and better lockdown in the heel.
• Swoosh placements speak to the original positions found on the first models.
• The speed cage inside of the structure is made of a thin but strong material that secures the foot to the outsole without adding additional weight for optimal lockdown.​
• For use on natural and synthetic surfaces