Puma x HYROX Velocity Nitro 5 Men's Running Shoes

Unleash speed and stamina on daily runs or workouts with the PUMA x HYROX Velocity Nitro 5 training shoes. Expect a smooth ride, grip that won't quit, and cushioned landings from short runs to hybrid workouts.

Premium Engineered Mesh Upper

The upper of the HYROX Velocity Nitro 5 has been designed using a premium engineered mesh that allows for a more breathable and adaptive fit. The mesh allows cool, refreshing air to flow while at the same time removing unwanted warm air, helping to regulate temperature and create a perfect microclimate where feet can thrive. The padded heel collar and tongue sit close to the foot and ankle to prevent irritation caused by rubbing and increase comfort. Completing the upper is a traditional lacing system that locks the midfoot for a secure fit and prevents in-shoe slippage.

NITROFOAM Midsole

The Velocity Nitro 5 utilises a NITROFOAM midsole to deliver lightweight cushioning and maximum energy return. This innovative foam technology is a lightweight, springy foam constructed from nitrogen-infused PEBA, providing high energy return and responsiveness. By infusing nitrogen into the foam, Puma has expanded its midsoles, resulting in exceptional underfoot comfort and maximum propulsion with each stride. This enables you to run further and faster with ease. The foam not only aids in propelling you forward and helping you achieve personal bests, but it also absorbs shock and mitigates negative impact forces when you strike hard, unforgiving surfaces, reducing stress on your joints and lowering the risk of injury.

PUMAGRIP Outsole

Puma have used their PUMAGRIP rubber compound for enhanced traction as well as durability, performing well on HYROX surfaces for confidence when competing. The rubber is positioned for maximum effect and provides good connection over a wide variety of surfaces and conditions, wet or dry, so you can train and race with confidence no matter what. It also gives a good base for explosive push-off, contributing to a more efficient gait cycle.