Women's weightlifting shoes Nike Metcon 10 white/platinum tint/metallic silver (HQ2620-100)

Nike Metcon 10 Women’s Weightlifting Shoes are footwear designed for demanding strength training workouts. The ReactX technology present in the midsole translates to optimal comfort during intense exercises.

Mesh and ReactX - breathability and cushioning

The mesh upper allows for a lightweight construction and effective air circulation during training. The presence of the ReactX midsole minimises shock absorption, increasing comfort during squats and deadlifts. High-quality materials used in the outsole create a solid foundation that maintains stability even under heavy loads.

HyperLift and laced closure - stability in practice

The HyperLift technology effectively enhances support during dynamic movements, allowing for the maintenance of proper posture. The classic laced closure enables precise adjustment of the footwear, translating into confidence with each step during weightlifting. The use of advanced components places these shoes among those dedicated to professional strength applications.

Durable outsole - durability and traction

Nike Metcon 10 Women’s Weightlifting Shoes stand out with their high-quality outsole, which provides durability and effective grip on the surface. The incorporation of mesh in the upper supports comfort even during long training sessions. The combination of ReactX and HyperLift technologies ensures the right balance between energy absorption and foot stabilization at key moments of strength exercises.

Nike Metcon 10 Weightlifting Shoes - features:

• ReactX technology enhancing comfort during training;
• HyperLift system improving stability during weightlifting;
• Mesh upper for effective ventilation of the foot;
• ReactX midsole reducing shock absorption;
• High-quality materials in the outsole ensuring durability of the construction;
• Classic laced closure allowing for precise foot fitting;
• Design supporting comfort during long hours of exercise;
• Solutions enhancing stability during dynamic movements;
• Proper cushioning increasing training safety;
• Advanced components enabling professional strength applications.