Women's running T-shirt PUMA Run Velocity Tee Poly puma black (526578 01)

The PUMA Run Velocity Tee Poly puma black women's running t-shirt sets a new standard for comfort and performance during running training. The use of advanced recycled polyester combined with dryCELL technology enables effective moisture management and rapid drying even during the most intense sessions.

dryCELL technology and quick-drying properties

The PUMA Run Velocity Tee Poly features dryCELL technology, which plays a key role in efficient moisture management during exercise. The fabric quickly wicks sweat away from the skin’s surface, minimising discomfort and dampness while running. Additionally, the quick-drying material prevents excessive cooling of the body and helps maintain an optimal microclimate under the clothing. This allows the runner to fully focus on their training without distractions.

Eco-friendly recycled polyester

The material used in production is made from 100% recycled polyester, supporting environmental protection efforts. The fabric retains high durability and elasticity, providing freedom of movement during running. Choosing recycled fibres is not only a commitment to the planet but also a guarantee of modern functional properties. The t-shirt meets the expectations of even the most demanding users who prioritise sustainable sports fashion.

PUMA Run Velocity Tee Poly puma black women's running t-shirt – features:

• Made entirely from recycled polyester, supporting ecological efforts;
• dryCELL technology ensuring effective moisture wicking during running;
• Quick-drying material guaranteeing thermal comfort even during intense exertion;
• Highly breathable fabric increasing airflow and maintaining dryness;
• Slim fit tailored cut enhancing comfort of movement;
• Flat seams reducing the risk of chafing during training;
• Short sleeves and a round neckline for ease of wear;
• Stretchy material that does not restrict range of motion;
• Reflective elements increasing visibility after dark and safety;
• Ventilation properties optimising the microclimate under the clothing.