Women's shorts New Balance Harmony High Rise candied violet (WS51114AA5)

New Balance Harmony High Rise women's shorts in candied violet are an ideal choice for active women seeking comfort and functionality during workouts. Made from a blend of recycled polyester and lycra, they offer exceptional flexibility and a body-hugging fit, making them perfect for intense exercises. The short leg length provides freedom of movement, which is extremely important in sports.

NB DRY Technology

The New Balance Harmony High Rise women's shorts in candied violet are equipped with NB DRY technology, which effectively wicks moisture away from the skin's surface. This keeps you dry and comfortable even during the most demanding workouts. This technology helps maintain optimal freshness and comfort, allowing you to focus on achieving better sports results.

Flexibility with LYCRA®

The structure of the shorts incorporates LYCRA®, ensuring their flexibility and durability. This material means that the shorts fit perfectly to the body, accentuating the silhouette and providing unrestricted freedom of movement. With LYCRA®, you can enjoy complete comfort during any physical activity without worrying about movement restrictions.

Safety and Ecology

The New Balance Harmony High Rise women's shorts in candied violet feature reflective elements that enhance visibility and safety during evening workouts. Additionally, their production from recycled materials makes them more environmentally friendly, which is a significant aspect for those who care about the ecology. By choosing these shorts, you not only invest in your comfort but also support sustainable development.

New Balance Harmony High Rise women's shorts - features:

• Made from recycled polyester and lycra for flexibility;
• Short leg length ensuring freedom of movement;
• NB DRY technology effectively wicking moisture away;
• LYCRA® providing excellent fit and durability;
• Reflective elements increasing safety during evening workouts;
• Environmentally friendly due to the use of recycled materials.