Women's shorts New Balance AC Fitted 5" candied violet (WB61E4GEAA5)

New Balance AC Fitted 5" women's shorts in candied violet are the perfect choice for active women who value comfort and modern technological solutions. Made with recycled polyester and Lycra, the shorts are not only stretchy but also quick-drying, ensuring comfort during intense workouts. The short length of the legs makes them ideal for warm days while offering complete freedom of movement.

NB DRY Technology

The New Balance AC Fitted 5" women's shorts in candied violet are equipped with NB DRY technology, which effectively wicks moisture away from the skin's surface. This means that even during the most demanding exercises, the wearer can enjoy a feeling of dryness and comfort. This advanced system makes the shorts an excellent choice for intensive workouts and long days outdoors.

4 Way Stretch for complete freedom

The New Balance AC Fitted 5" women's shorts in candied violet feature 4 Way Stretch technology, meaning the material stretches in all directions. This solution allows for maximum body fit and unrestricted freedom of movement. Regardless of the type of activity, these shorts provide full comfort and support, making them an indispensable piece of clothing for any active woman.

Ecological approach

The New Balance AC Fitted 5" women's shorts in candied violet are made from recycled materials, aligning with a philosophy of sustainability. The manufacturer prioritises the use of recycled raw materials to reduce the negative impact on our planet while caring for the environment. Therefore, by choosing this product, you can be assured that you are contributing to environmental protection.

New Balance AC Fitted 5" Women's Shorts - Features:

• Short leg length providing freedom of movement;
• Made from recycled polyester and Lycra for stretchiness;
• Quick-drying material ensuring comfort during workouts;
• NB DRY technology effectively wicking moisture;
• 4 Way Stretch providing complete freedom of movement;
• Use of recycled materials limiting environmental impact.