Buy it now and receive it tomorrow with Entrega a Domicilio 24h
Puma Velocity Nitro 3 Shoes: Road Performance
The Puma Velocity Nitro 3 Shoes are designed for frequent runners seeking speed, comfort, and stability in their road training and competitions. Equipped with cutting-edge technologies, they are the ideal choice for those who want to improve their performance without compromising comfort.
- Surface: Road
- Shoe type: Neutral
- Use: Training
- Weight: 264g (UK 8)
- Drop: 10 mm
- Cushioning: NITRO FOAM, PROFOAM LITE
Speed meets comfort with the Puma Velocity Nitro 3
The Puma Velocity Nitro 3 is designed to offer the best in road racing. Thanks to its advanced NITRO FOAM technology, they provide reactive cushioning without adding extra weight, making them the perfect choice for runners seeking a balance between speed and comfort. Their sleek design with heel spoiler not only improves stability but adds a stylish touch to every stride.
Reactive and lightweight cushioning
The midsole of the Velocity Nitro 3 is equipped with NITRO FOAM, an advanced foam that provides superior responsiveness, combined with PROFOAM LITE to offer lightweight cushioning. The result is a smooth and comfortable running experience, ideal for intense road workouts.
Breathable and comfortable upper
The upper of these shoes is made with lightweight and synthetic textile materials that ensure excellent ventilation, keeping feet cool during long runs. Additionally, their lace-up fit guarantees adequate support with every step, providing the hold you need to keep up the pace.
PUMAGRIP outsole for greater traction
The PUMAGRIP rubber outsole is designed to offer exceptional grip on road surfaces, providing the traction you need with every takeoff. Whether in training runs or competition, this outsole will help you maintain stability at all times.
Innovation and sustainability
With a composition that includes recycled materials in the upper and a design that minimizes waste, the Puma Velocity Nitro 3 represents PUMA's commitment to sustainability without compromising performance.