Women's running shoes Puma Deviate Nitro Elite 4 Fresh Water/Lemon Crush/Puma Black (312128 03)

Ladies' running shoes Puma Deviate Nitro Elite 4 fresh water/lemon crush/puma black are an excellent choice for female runners looking for stabilising training shoes. This model is designed for running on asphalt, making it an ideal solution for urban routes. The upper, made of synthetic and textile materials, provides not only durability but also breathability, which is crucial during intense training.

Advanced technologies

The ladies' running shoes Puma Deviate Nitro Elite 4 fresh water/lemon crush/puma black are equipped with innovative technologies that enhance user comfort. The NITROFOAM™ midsole guarantees excellent cushioning, translating to greater comfort during long runs. Additionally, the PWRPLATE technology supports foot stability, which is essential for female runners who prefer stabilising footwear.

Grip and fit

The sole of the Puma Deviate Nitro Elite 4 shoes uses PUMAGRIP technology, which provides excellent traction on asphalt. The standard fit of the upper width and lace-up closure ensure an ideal fit to the foot, further increasing wearing comfort. The shoes are designed for women who value stability and confidence in every step.

Sustainability

The production of the Puma Deviate Nitro Elite 4 fresh water/lemon crush/puma black shoes utilises recycled materials, aligning with the brand's commitment to minimising environmental impact. By choosing these shoes, you support an ecological approach to the production of sports footwear.

Ladies' running shoes Puma Deviate Nitro Elite 4 - features:

• Stabilising training shoes for female runners;
• Upper made of synthetic and textile materials ensuring breathability;
• NITROFOAM™ in the midsole guaranteeing excellent cushioning;
• PWRPLATE technology supporting foot stability;
• PUMAGRIP in the sole providing traction on asphalt;
• Standard fit upper width for an ideal fit;
• Lace-up closure facilitating fit adjustment;
• Designed for running on asphalt;
• Use of recycled materials supporting environmental protection.