Men's running shoes Mizuno Fortrush cloudscape/black/lava orange (J1GC264851)

Mizuno Fortrush men's running shoes cloudscape/black/lava orange are the perfect solution for runners seeking stability and comfort during training sessions and races. Thanks to the use of breathable mesh, the upper provides excellent ventilation, significantly enhancing user comfort. The standard fit of the upper guarantees an optimal fit, increasing comfort when running on asphalt.

Advanced MIZUNO technologies

The Mizuno Fortrush men's running shoes cloudscape/black/lava orange feature advanced MIZUNO ENERZY NXT technology in the midsole. This modern cushioning technology ensures exceptionally soft landings and dynamic rebounds. Combined with the X10 outsole, the shoes offer excellent grip and durability, which is crucial during intense training and competitions.

High cushioning for comfort

High cushioning is one of the key features of the Mizuno Fortrush shoes. The sole thickness, measuring 35.5 mm at the heel and 25.5 mm at the forefoot, with a 10 mm drop, provides optimal foot support. This makes the shoes ideal for hard surfaces, minimising the risk of injury and enhancing running comfort.

Eco-friendly materials and design

The Mizuno Fortrush shoes combine modern technologies with environmental care. The use of recycled materials in production is a step towards sustainable development, making them planet-friendly. The reinforced heel counter further increases the shoes’ durability, which is important for runners demanding the highest quality from their gear.

Mizuno Fortrush men's running shoes - features:

• Advanced MIZUNO ENERZY NXT technology in the midsole improving cushioning;
• X10 outsole providing excellent grip and durability;
• Sole thickness of 35.5/25.5 mm offering optimal foot support;
• 10 mm drop for comfortable foot rollover during running;
• Breathable mesh upper ensuring excellent ventilation;
• Standard fit providing an optimal fit;
• Reinforced heel counter increasing durability and stability;
• Recycled materials used in production contributing to environmental protection.