Product Description
Men’s Puma Velocity Nitro 5 running shoes in moody gray/sunny lime are advanced footwear designed for training on asphalt surfaces. Their construction is based on mesh, which ensures excellent breathability—key to comfort during intense runs. Thanks to the use of recycled materials, these shoes not only offer high functionality but also reflect Puma’s approach.
NITROFOAM™ for optimal cushioning
Puma Velocity Nitro 5 shoes are equipped with an innovative NITROFOAM™ midsole that provides excellent cushioning. This solution enhances running comfort, absorbs shocks, and enables smooth transitions between strides. As a result, every runner can enjoy better support and a risk of injury.
PUMAGRIP for more confident traction
The PUMAGRIP outsole provides excellent traction on asphalt, which is essential for maintaining stability while running. This unique technological solution ensures confidence with every step, regardless of the weather conditions. Reflective elements further increase the runner’s visibility, which is crucial during training after dark.
Ergonomic design for comfort
The standard fit of the Puma Velocity Nitro 5 shoes adapts to the width of the foot, ensuring a comfortable fit. Laces allow the tightness of the upper to be adjusted, providing a personalized fit. The sole thickness of 35/27 mm and the 8 mm drop support the foot’s movements and contribute to running ergonomics.
Men’s Puma Velocity Nitro 5 running shoes – features:
High cushioning thanks to NITROFOAM™ technology;
PUMAGRIP outsole providing excellent traction on asphalt;
Breathability thanks to the mesh upper;
Standard fit for a comfortable fit;
Reflective elements increasing the runner’s visibility;
Laces allowing the tightness of the upper to be adjusted;
Sole thickness of 35/27 mm supporting running ergonomics;
8 mm drop influencing the foot’s movements;
Neutral product type designed for asphalt training;
Use of recycled materials.
The AI icon in the photo/video indicates that this material contains content generated or modified by artificial intelligence.
