Women's running shoes PUMA Deviate Nitro 4 sunny lime/puma silver (312124 35)

PUMA Deviate Nitro 4 women's running shoes in sunny lime/puma silver are the perfect solution for female runners seeking performance on race and training routes. The model is designed with high cushioning in mind, making each step comfortable and safe. The upper made of breathable mesh ensures excellent breathability, helping to maintain freshness and comfort during intense runs.

NITROFOAM™ and PWRPLATE for comfort and stability

The PUMA Deviate Nitro 4 women's running shoes in sunny lime/puma silver feature an innovative NITROFOAM™ midsole, which offers exceptional cushioning while remaining lightweight. The PWRPLATE technology provides stability and efficient energy transfer during running, which is crucial for achieving better results. This combination makes every run smooth and dynamic.

PUMAGRIP for excellent traction

The PUMA Deviate Nitro 4 women's running shoes in sunny lime/puma silver have a PUMAGRIP outsole, which ensures outstanding grip on asphalt surfaces. This solution allows female runners to enjoy confidence with every step, regardless of conditions. The standard fit upper width guarantees a comfortable fit, which is important for those running long distances.

Eco-friendly approach

In caring for the environment, the PUMA Deviate Nitro 4 women's running shoes in sunny lime/puma silver are made from recycled materials. This conscious approach to production enables users to enjoy not only comfort and performance but also contribute to protecting the planet.

PUMA Deviate Nitro 4 women's running shoes - features:

• High cushioning providing running comfort;
• Upper made of breathable mesh ensuring ventilation;
• NITROFOAM™ midsole offering lightweight and cushioning;
• PWRPLATE technology providing stability and running efficiency;
• PUMAGRIP outsole ensuring traction on asphalt;
• Standard fit cut ensuring a comfortable fit;
• Designed for race and training runs;
• Weight of one shoe is 190 g;
• Made from recycled materials.