Women's training shoes Nike Metcon 10 SE light khaki/cream ii/metallic gold grain (IB6544-200)

Women's Nike Metcon 10 SE Training Shoes are designed for intense fitness training and a wide range of strength exercises. The use of ReactX technology in the midsole enhances cushioning, resulting in high comfort during dynamic movements.

Mesh and upper construction

The mesh material of the upper contributes to the lightweight and breathability, promoting optimal foot ventilation even during long training sessions. The structure of the mesh increases flexibility, allowing the shoes to adapt to the movements of the wearer. The breathable properties of the material enable effective moisture management.

ReactX and HyperLift - technologies for the demanding

The ReactX technology used in the midsole provides effective cushioning and dynamic energy return, supporting high-intensity training. The HyperLift system enhances stability during strength exercises, allowing for precise foot positioning while lifting weights. The rubber outsole offers traction on various training surfaces.

Comfort and functionality in every detail

Women's Nike Metcon 10 SE Training Shoes are designed for users seeking a combination of comfort and functionality. The laces allow for individual shoe adjustment, increasing comfort during intensive sessions. The technologies and materials used support effective training while offering durability and comfort throughout the entire usage period.

Features of the Nike Metcon 10 SE Training Shoes:

• ReactX technology enhancing cushioning;
• HyperLift supporting stability during weightlifting;
• Mesh upper allowing for effective foot ventilation;
• Rubber outsole increasing grip on the ground;
• Design ensuring comfort during intense training;
• Lacing system allowing for optimal fit;
• Cushioning properties reducing pressure on the foot;
• Mesh material promoting lightweight design;
• Combination of ReactX and HyperLift providing support in functional exercises;
• Durable components increasing product lifespan.