Puma Deviate Nitro 2 Trainers - Black - Yellow - 9.5

Currently unavailable

Currently unavailable
The Puma Deviate Nitro 2 is an elite performance trainer designed for adult male runners seeking maximum responsiveness and efficiency across all distances. Featuring advanced Nitro Elite foam and a re-engineered carbon-composite plate, it excels at providing high-energy return and consistent cushioning for both daily training and long-distance racing, though users should note the 6mm heel-to-toe drop which may require a short adjustment period for those accustomed to higher offsets.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Male |
| Shoe Size UK | 9.5 |
| Accent Colour | Yellow |
| Shoe Type | Trainers |
| Series | Deviate Nitro 2 |
| Model Part Number | 309697-01 |
| Brand | Puma |
The shoe features a 6mm heel-to-toe drop.
Yes, the combination of lightweight cushioning and energy-returning plate makes it suitable for all distances including ultras.
It features a re-engineered PWR-PLATE designed to maximize energy transfer.
While they can be worn casually, they are specifically engineered as performance running trainers and will provide the most benefit during active running.
Yes, they feature a high-quality breathable mesh upper to help regulate foot temperature.
Ensure the laces are snug using the top eyelet to lock the heel in place and utilize the improved ankle collar support.
Gently scrub with a soft-bristled brush dipped in warm water and mild detergent; air dry only.
To ensure the longevity of your Deviate Nitro 2 trainers, avoid machine washing or drying. Clean the mesh upper by hand using a soft brush and mild soap, and let the shoes air dry away from direct heat sources. Because these shoes utilize a performance plate, ensure you are wearing them for runs rather than casual gym use to maintain the integrity of the lever mechanism. We recommend gradually introducing them into your rotation if you are transitioning from a non-plated shoe to allow your lower leg muscles to adjust to the increased energy transfer.