Women's running shoes New Balance Fresh Foam Arishi V4 raincloud (WARISTA4.B.085)

New Balance Fresh Foam Arishi V4 ladies' running shoes in raincloud are an excellent choice for women seeking reliable footwear for asphalt training. Designed for a neutral foot type, these shoes offer exceptional comfort and support with their synthetic upper. The standard upper cut provides a perfect fit, which is crucial for achieving full stability while running.

Fresh Foam Technology

The New Balance Fresh Foam Arishi V4 ladies' running shoes in raincloud feature advanced Fresh Foam technology in the midsole. This innovative technology ensures excellent cushioning, resulting in enhanced comfort and reduced strain on the joints during intense training. Additionally, the Fresh Foam construction makes the shoes incredibly lightweight, allowing for dynamic and fluid movements.

Durable Outsole

The outsole of the New Balance Fresh Foam Arishi V4 ladies' running shoes in raincloud is made of durable rubber. This material guarantees exceptional grip on asphalt surfaces, which increases safety while running. The outsole design also provides additional stability, which is vital for maintaining the correct posture during training.

Laces for Better Fit

The New Balance Fresh Foam Arishi V4 ladies' running shoes in raincloud are equipped with traditional laces, allowing for precise adjustment of the footwear to the foot. This solution provides greater control over the fit, enhancing comfort during long training sessions. Moreover, the lacing allows for individual tension adjustment, which is important for people with different foot widths.

New Balance Fresh Foam Arishi V4 ladies' running shoes - features:

• Neutral running shoes designed for asphalt;
• Synthetic upper for a lightweight construction;
• Standard upper cut for optimal fit;
• Advanced Fresh Foam technology in the midsole;
• Exceptional cushioning for increased comfort;
• Rubber outsole ensuring excellent grip;
• Traditional lacing for precise fit;
• Designed for training on asphalt surfaces.