Men's running shoes Puma Deviate Pure Nitro alpine now/warm white (313904 03)

Men’s running shoes PUMA Deviate Pure Nitro alpine now/warm white are an excellent choice for runners looking for training footwear with high cushioning. Thanks to the use of mesh in the upper, they provide optimal breathability, which is crucial during intense workouts. The standard fit width of the upper ensures a comfortable fit, while the lace-up closure allows for individual adjustment to the foot.

NITROFOAM™ Technology

The men’s running shoes PUMA Deviate Pure Nitro alpine now/warm white are equipped with advanced NITROFOAM™ technology, which is responsible for exceptional cushioning. The high cushioning of these shoes makes every step soft and comfortable, minimising the risk of injury when running on hard surfaces. The 8 mm drop further supports the natural rolling of the foot, resulting in smooth movement.

PUMAGRIP Outsole for Traction

The outsole of the PUMA Deviate Pure Nitro running shoes is made from PUMAGRIP material, providing excellent grip on asphalt. Thanks to this technology, the shoes ensure confidence in every step, even when running in challenging weather conditions. Reflective elements incorporated into the shoe’s design further enhance runner safety by improving visibility after dark.

Eco-Friendly Approach

The men’s running shoes PUMA Deviate Pure Nitro alpine now/warm white have been produced using recycled materials, emphasising PUMA’s commitment to environmental protection. By choosing these shoes, runners can enjoy advanced technologies and comfort, while also knowing they are contributing to reducing waste.

Men’s running shoes PUMA Deviate Pure Nitro – features:

• Designed for training on asphalt;
• High cushioning for running comfort;
• Upper made of breathable mesh;
• NITROFOAM™ technology for exceptional cushioning;
• PUMAGRIP outsole providing excellent traction;
• Standard fit for comfortable wear;
• Laces allowing individual adjustment;
• Reflective elements for increased safety;
• Use of recycled materials in production.