Shoes Puma Deviate Nitro 3 Purple Orange AW24 Women
EXCLUSIVE COUPON
20% EXTRA discount on this item.
Use code: RIDER20
*Additional discount applicable only to this model. Cannot be combined with other promotions or discounts.
Add the code BLACK6 before completing your order and get a -6% EXTRA on this item.
*Coupon valid only TODAY.
25% Discount on the purchase of 2 Running Shoes*
Code: RIDER25
*Promotion valid only on selected models.
*All models to choose from here
Puma Deviate Nitro 3 Women's Shoes
Unmatched propulsion and speed for your daily workouts.
Feel unparalleled propulsion in your daily workouts with the Deviate NITRO™ 3, with PWRPLATE technology and NITRO™ foam. This highly responsive shoe offers a nimble ride, infusing speed into every stride.
- Surface: Asphalt
- Shoe type: Neutral
- Use: Training
- Weight: 250g (UK size 8)
- Drop: 10mm
- Plate: Carbon fiber PWRPLATE
- Midsole height: 39 mm / 29 mm
- Cushioning: NITROFOAM™
Unleash Your Speed with the Puma Deviate Nitro 3
The Puma Deviate Nitro 3 Shoes are designed to offer unmatched propulsion and maximum speed in your daily workouts. With advanced technology such as PWRPLATE carbon fiber plate and NITRO™ foam, these shoes guarantee an agile and efficient stride with every stride.
Midsole and Cushioning
The midsole of the Deviate Nitro 3 features the innovative NITROFOAM™ foam, injected with nitrogen, which provides superior responsiveness and cushioning, while maintaining extreme lightness.
Carbon Plate
Equipped with a carbon fiber PWRPLATE, these shoes stabilize the midsole and improve energy transfer, offering additional propulsion with every step.
Upper Details
The exterior is made with technical mesh, ensuring optimal breathability and a comfortable fit. At least 20% of the materials used in its manufacturing are recycled, promoting sustainability.
Sole
The rubber outsole provides durable traction on multiple surfaces, ensuring every run is safe and efficient.
Sustainability
The Puma Deviate Nitro 3 Shoes are made with at least 20% recycled materials, contributing to waste reduction and environmental sustainability.