Puma Deviate NITRO Elite 4 PUMA HYROX Pink Black SS26 Women shoes
PUMA Deviate NITRO Elite 4 HYROX Women: speed and power for HYROX
The PUMA Deviate NITRO Elite 4 HYROX has been specifically designed for the demanding HYROX competition format. Based on one of the brand’s fastest racing shoes, it includes upgrades intended to perform at the highest level in runs, functional exercises and transitions. Lightweight, responsive and with excellent traction, it’s ready to support athletes on every rep and every kilometer.
- Surface: Asphalt
- Shoe type: Neutral
- Use: Competition
- Weight: 194 g
- Drop: 8 mm
- Plate: Carbon fiber PWRPLATE designed to stabilize the midsole and maximize energy transfer
- Midsole height: 40 mm / 32 mm
- Pack: PUMA x HYROX collection
Technical features
A midsole engineered to perform on every rep
The midsole structure has been designed to offer a balanced combination of lightness, stability and running efficiency. With a 40 mm heel stack and 32 mm forefoot stack, it provides a wide base that promotes smooth transition and helps maintain pace during intense HYROX competition efforts.
Carbon PWRPLATE: stability and maximum energy transfer
PWRPLATE technology incorporates a carbon fiber plate integrated into the midsole that helps stabilize the shoe while optimizing energy transfer with each stride. This plate is designed to improve running efficiency and deliver a more explosive feeling when driving the foot forward.
Upper designed for hybrid competition
The upper design aims to provide a comfortable, secure fit that supports the foot during the quick movements typical of HYROX events. Its construction maintains stability and control both during running sections and transitions between training stations.
PUMAGRIP: reliable traction across surfaces
The outsole incorporates the PUMAGRIP rubber compound, developed to provide durable, effective traction on multiple surfaces. Its optimized design offers grip during running and extra stability in demanding exercises such as sled pushes or rapid direction changes.