Brooks High Point women's running longsleeve (221637673.020)

Women's running longsleeve Brooks High Point neo pink is an excellent choice for active women seeking comfort and functionality while running. With materials such as recycled polyester, merino wool, and elastane, this model offers lightness, flexibility, and an optimal fit to the silhouette. The combination of these materials makes the longsleeve both breathable and quick-drying, which is extremely important during intense workouts.

Modern DriLayer® technology

The women's running longsleeve Brooks High Point neo pink is enhanced with DriLayer® technology, which effectively wicks moisture away from the skin's surface. This keeps the skin dry, increasing comfort during prolonged physical exertion. DriLayer® makes the material not only functional but also pleasant to the touch, which further enhances user comfort.

Slim fit cut

The slim fit cut ensures an excellent fit to the body, highlighting the silhouette while allowing freedom of movement. The round neckline adds a classic look, and the flexibility of the material allows for movement, which is particularly important when running. As a result, this longsleeve is the perfect choice for both training and everyday wear.

Eco-friendly approach

The women's running longsleeve Brooks High Point neo pink is made from recycled materials, making it environmentally friendly. The use of recycled polyester and merino wool reflects Brooks' commitment to environmental protection and sustainability. This allows users to enjoy not only high quality but also the feeling that their choice aligns with ecological values.

Women's running longsleeve Brooks High Point - features:

• DriLayer® technology wicking moisture from the skin;
• Lightweight and durable recycled polyester;
• Merino wool providing natural breathability;
• Slim fit ensuring a flattering silhouette;
• Round neckline adding a classic look;
• Quick-drying material increasing user comfort;
• Elastane providing flexibility and freedom of movement;
• Materials from recycling demonstrating an eco-friendly approach.