Please use one of these browsers for the best experience:

Deviate NITRO™ 3 Men's Running Shoes, Yellow Alert-PUMA Black, small-NZL
Deviate NITRO™ 3 Men's Running Shoes

Deviate NITRO™ 3 Men's Running Shoes

$280.00
(Price incl. 15% GST) / Style Number 309707_14
4067983647604
Colour
  • Swatch for PUMA Black-PUMA White
  • Swatch for Eucalyptus-Fizzy Apple
  • Swatch for PUMA White-Feather Gray-PUMA Silver
  • Swatch for Yellow Alert-PUMA Black
This product is excluded from promotions

US Size

qty
1

Scan QR Code

Point your mobile device’s camera at the QR code below to shop on the PUMA app


Experience unparalleled propulsion in your everyday training runs with the Deviate NITRO™ 3, featuring PWRPLATE technology and NITRO™ foam. This highly responsive trainer deli...
  • Style: 309707_14
  • Colour: Yellow Alert-PUMA Black

Free Shipping on all orders over $100

Free 30 Day Returns

PRODUCT STORY

Experience unparalleled propulsion in your everyday training runs with the Deviate NITRO™ 3, featuring PWRPLATE technology and NITRO™ foam. This highly responsive trainer delivers a snappy ride, infusing speed into every stride.

FEATURES & BENEFITS

  • NITROFOAM™: Advanced nitrogen-injected foam designed to provide superior responsiveness and cushioning in a lightweight package
  • PWRPLATE: Carbon fibre plate engineered to stabilise the midsole while maximising energy transfer
  • The upper of the shoes is made with at least 20% recycled materials

DETAILS

  • Regular fit
  • Engineered mesh upper
  • Stack height: 39mm/29mm​
  • Weight: 270g (size UK8)​
  • Heel-to-toe drop: 10mm​
  • Recommended for: neutral pronators

Material Information

  • Midsole: 100% Synthetic
  • Sockliner: 100% Textile
  • Outsole: 100% Rubber
  • Upper: 73% Textile, 27% Synthetic
  • Lining: 100% Textile

PUMAGRIP

Outsole is made of durable rubber compound for multi-surface traction.

PWRPLATE

Full length carbon fiber plate for powerful propulsion and elite efficiency

NITROFOAM™

Innovative nitrogen-infused foam technology for lightweight responsiveness and cushioning