Women's running shirt Mizuno Core Runbird Tee bleached mauve (J2GAC71061)

Mizuno Core Runbird Tee in bleached mauve is the perfect choice for any female runner looking for comfort and functionality. Made from polyester, the t-shirt features excellent breathability and quick-drying properties, helping to maintain dryness and freshness during intense training sessions. The regular fit cut provides an optimal fit, while the V-neck adds a touch of elegance and freedom of movement.

Mizuno DryLite® and Mizuno NightLite

The Mizuno Core Runbird Tee in bleached mauve is equipped with Mizuno DryLite® technology, which effectively wicks moisture away from the skin's surface, ensuring a feeling of dryness even during the most intense runs. Additionally, Mizuno NightLite technology enhances visibility in low-light conditions with reflective elements, significantly increasing safety during evening training sessions.

Material and Breathability

The material used for the Mizuno Core Runbird Tee is high-quality polyester, which not only dries quickly but also provides excellent breathability. This feature is particularly important for actively engaged athletes, as it allows for free airflow and maintains thermal comfort. The t-shirt is lightweight, adding to comfort during movement and not restricting freedom.

Ecology and Sustainability

The Mizuno Core Runbird Tee has been created with care for the environment. The materials used are sourced from recycling, contributing to the reduction of negative impacts on our planet. By choosing this product, you support sustainable development and the protection of the natural environment.

Mizuno Core Runbird Tee for women - features:

• Mizuno DryLite® technology ensures effective moisture wicking;
• Reflective elements enhance safety through Mizuno NightLite technology;
• Made from breathable polyester ensuring thermal comfort;
• Quick-drying material improving user comfort;
• Regular fit cut providing an optimal fit;
• V-neck design adding elegance and freedom of movement;
• Recycled material supporting environmental protection.