The Nike Air Zoom Mercurial Vapor XVI Academy FG MG football boots are engineered for football players seeking to maximize their speed and responsiveness on the pitch. With advanced Zoom Air cushioning and a lightweight design, these boots offer exceptional energy return and a close-to-ball feel. While highly versatile for both natural and artificial grass, dedicated elite-level players might find the 'Academy' designation implies a slightly different performance profile than the top-tier 'Pro' models.
Optimized energy return for explosive speed due to Zoom Air.
Enhanced traction and stability for quick directional changes on multiple surfaces.
Lightweight NIKESKIN upper offers superior comfort and a close ball feel.
Versatile Multi-Ground (FG/MG) soleplate suitable for both natural and artificial grass.
Improved ball control through targeted texturing on the upper.
Endorsed by top professional players in the Mercurial range.
As an 'Academy' model, it may not feature the absolute premium materials or advanced technologies found in 'Elite' or 'Pro' versions.
While versatile, dedicated FG or AG boots might offer specialized traction benefits on their respective surfaces.
Info needed: Specific weight of the boot.
Info needed: Detailed information on breathability characteristics.
Optimized energy return for explosive speed due to Zoom Air.
Enhanced traction and stability for quick directional changes on multiple surfaces.
Lightweight NIKESKIN upper offers superior comfort and a close ball feel.
Versatile Multi-Ground (FG/MG) soleplate suitable for both natural and artificial grass.
Improved ball control through targeted texturing on the upper.
Endorsed by top professional players in the Mercurial range.
As an 'Academy' model, it may not feature the absolute premium materials or advanced technologies found in 'Elite' or 'Pro' versions.
While versatile, dedicated FG or AG boots might offer specialized traction benefits on their respective surfaces.
Info needed: Specific weight of the boot.
Info needed: Detailed information on breathability characteristics.