Football boots Nike Mercurial Vapor 16 Academy FG/MG glacier blue/blue orbit (FQ8374-400)

Nike Mercurial Vapor 16 Academy FG/MG football boots glacier blue/blue orbit are the perfect choice for players looking for excellent traction on both natural and artificial grass. Made from synthetic materials, the boots combine lightness and durability, which translates to comfort during intense training sessions and matches. The specially designed upper provides an optimal fit to the foot, which is crucial for precise and dynamic movements on the pitch.

NikeSkin and Nike Air Zoom Technologies

Nike Mercurial Vapor 16 Academy FG/MG football boots glacier blue/blue orbit are equipped with modern technologies such as NikeSkin and Nike Air Zoom. NikeSkin enhances precision and better control over the ball, which is key during dribbling and shooting. Meanwhile, the Nike Air Zoom technology, used in the insole construction, provides excellent cushioning, minimising the strain on joints and muscles while running.

Laces and Their Impact on Fit

Nike Mercurial Vapor 16 Academy FG/MG football boots glacier blue/blue orbit feature traditional lacing, allowing for a customised fit. This gives players stability and confidence during quick direction changes and dynamic manoeuvres on the pitch. Stability is crucial in play, and properly tied laces provide additional support.

Ecology and Sustainability

The production of Nike Mercurial Vapor 16 Academy FG/MG football boots glacier blue/blue orbit takes environmental concerns into account. They are made with 15-20% recycled materials, demonstrating Nike's commitment to sustainability. The use of recycled materials helps reduce negative impacts on the planet, which is important for conscious consumers.

Nike Mercurial Vapor 16 Academy FG/MG Football Boots - Features:

• Upper made from durable synthetic material;
• NikeSkin technology providing better ball control;
• Nike Air Zoom technology for optimal cushioning;
• Designed for natural and artificial grass;
• Cushioned insole minimising joint strain;
• Traditional lacing allowing for a customised fit;
• Use of recycled materials at a level of 15-20%;
• Sustainable production using recycled materials.