
Puma Deviate Nitro Elite 4
Make every second count, in the PUMA Deviate Nitro Elite 4 in Fresh Water/Lemon Crush/Puma Black/Puma White a versatile race ready shoe to help you top podiums and hit PB’s.
The PUMA Deviate Nitro Elite 4 upgrades the NITROFOAM ELITE cushioning for even more speed, and with a re-engineered PWRPLATE channelling every ounce of energy forward, you get a faster, more efficient feel. PUMA have even managed to make it 12% lighter than its predecessor for an effortless and speedy feel on foot. A lightweight mono mesh upper made from ULTRAWEAVE gives comfortable, breathable hold, while underfoot the PUMAGRIP performance rubber compound gives all-surface traction.Make every second count, in the PUMA Deviate Nitro Elite 4 in Fresh Water/Lemon Crush/Puma Black/Puma White a versatile race ready shoe to help you top podiums and hit PB’s.
The PUMA Deviate Nitro Elite 4 upgrades the NITROFOAM ELITE cushioning for even more speed, and with a re-engineered PWRPLATE channelling every ounce of energy forward, you get a faster, more efficient feel. PUMA have even managed to make it 12% lighter than its predecessor for an effortless and speedy feel on foot. A lightweight mono mesh upper made from ULTRAWEAVE gives comfortable, breathable hold, while underfoot the PUMAGRIP performance rubber compound gives all-surface traction.Original: $197.14
-65%$197.14
$69.00Description
Make every second count, in the PUMA Deviate Nitro Elite 4 in Fresh Water/Lemon Crush/Puma Black/Puma White a versatile race ready shoe to help you top podiums and hit PB’s.
The PUMA Deviate Nitro Elite 4 upgrades the NITROFOAM ELITE cushioning for even more speed, and with a re-engineered PWRPLATE channelling every ounce of energy forward, you get a faster, more efficient feel. PUMA have even managed to make it 12% lighter than its predecessor for an effortless and speedy feel on foot. A lightweight mono mesh upper made from ULTRAWEAVE gives comfortable, breathable hold, while underfoot the PUMAGRIP performance rubber compound gives all-surface traction.






















