Puma Velocity NITRO 4 Red Black SS26 Sneakers
Buy it now and receive it between 19 Jun and 22 Jun with InPost
Push your limits with the Puma Velocity NITRO™ 4
Designed for those seeking performance and versatility in every stride, the Puma Velocity NITRO™ 4 combines lightness, energy return, and traction without compromising comfort. Ideal for your daily training sessions on asphalt, these shoes adapt to neutral runners who value efficiency and dynamism.
- Surface: Asphalt
- Shoe type: Neutral
- Use: Training
- Weight: 250g (UK 8)
- Drop: 10 mm
- Midsole height: 36 mm / 26 mm
- Cushioning: NITROFOAM™
Lightness, dynamism, and control for your daily stride
The Puma Velocity NITRO™ 4 is designed for runners seeking versatile, lightweight, and well-cushioned footwear. With an improved midsole and a sole that guarantees maximum traction, they are perfect for asphalt training at any pace. Additionally, they incorporate sustainable details without sacrificing performance.
The midsole revolution: NITROFOAM™
The NITROFOAM™ technology offers optimal energy return thanks to its nitrogen-injected composition. It is a lightweight, responsive, and durable foam, ideal for absorbing impacts without losing responsiveness in medium or long-distance runs. This is the lightest version of the Velocity to date.
Breathable upper
The new technical mesh significantly improves the breathability and elasticity of the upper. It is reinforced with PWRTAPE, which offers additional structure without adding weight, ensuring durability and support where you need it most. The fit is standard, with lace closure and a rounded toe.
Uncompromised traction: PUMAGRIP sole
The sole is constructed with PUMAGRIP, a high-durability rubber compound that maximizes traction on different surfaces, even when wet. Its multidirectional pattern design ensures stability and grip in every transition.
A step towards sustainability
The Velocity NITRO™ 4 also considers the environment: the upper contains at least 30% recycled materials, making these sneakers a responsible choice without compromising performance.