Men's running shoes New Balance Fresh Foam 413's V3 nb navy (M413NV3.D.110)

Men's running shoes New Balance Fresh Foam 413's V3 nb navy are an excellent choice for runners seeking training footwear. Designed for asphalt training, these shoes feature a neutral type, making them ideal for individuals with a standard foot. The mesh upper provides optimal breathability, allowing for comfortable running even during intense sessions.

Fresh Foam Technology

The men's running shoes New Balance Fresh Foam 413's V3 nb navy utilise advanced Fresh Foam technology in the midsole. This innovative foam ensures softness with every step, translating to comfort and cushioning while running. The use of DynaSoft technology supports dynamic foot movements, which is crucial during intense running workouts.

Comfort and Functionality

The men's running shoes New Balance Fresh Foam 413's V3 nb navy are equipped with a foam insole that further enhances user comfort. The upper is designated as standard fit, providing the appropriate fit for the foot, which is essential for optimal stability and comfort. The lace-up system allows for precise adjustment, which is extremely important during a run.

Durable Outsole

The men's running shoes New Balance Fresh Foam 413's V3 nb navy feature a rubber outsole that offers excellent grip on asphalt. This design guarantees confidence with every step, which is significant during dynamic training sessions. The 8 mm drop supports proper biomechanics, which is key for runners aiming to achieve their best performance.

Men's running shoes New Balance Fresh Foam 413's V3 - features:

• Upper made of breathable mesh ensuring thermal comfort;
• Midsole incorporating Fresh Foam technology providing excellent cushioning;
• DynaSoft technology supporting dynamic foot movements;
• Neutral shoe type suitable for a standard foot;
• Laces allowing for precise adjustment;
• Standard fit ensuring optimal upper fit;
• Foam insole enhancing user comfort;
• Rubber outsole providing excellent grip on asphalt;
• 8 mm drop supporting proper biomechanics.