ADIDAS Adizero Avanti Tyo

Spikes for Men ADIDAS Adizero Avanti Tyo

Pebax® nail plate: The ADIDAS Adizero Avanti Tyo Shoes are equipped with a Pebax® nail plate on the sole. This lightweight, strong plate provides excellent traction and stability, allowing for greater speed and performance on the track.

Celermesh mesh upper: The upper of the Adizero Avanti Tyo is made with Celermesh, an ultra-light and breathable mesh that offers a tight and secure fit. This material keeps feet cool and ventilated, reducing heat and humidity buildup.

Lightstrike Pro Cushioning: The midsole features Lightstrike Pro technology , a high-energy foam that provides effective cushioning and superior energy return. This helps improve the efficiency of each stride, offering a feeling of lightness and speed.

Aerodynamic design: These shoes are designed with a low, aerodynamic profile that reduces wind resistance and improves speed. The lightweight structure allows runners to maintain a fast and constant pace during competition.

Lace-up Closure System: The lace-up closure system allows for a custom, secure fit, ensuring the shoes stay in place during intense runs.

Carbon Fiber Plate: Integrated into the midsole, the carbon fiber plate provides greater rigidity and propulsion, helping runners maximize their performance and speed.

Suitable runner type:

- Track runners looking for superior traction and excellent stability thanks to the Pebax® spike plate.
- Athletes who need ultralight and breathable footwear to keep their feet cool and comfortable during competitions.
- Medium and long distance runners looking for effective cushioning and superior energy return to improve their efficiency and performance.
- Athletes who value an aerodynamic design that reduces wind resistance and allows them to maintain a fast and constant pace.
- Runners looking for a personalized and secure fit through a lace-up closure system.
- Runners looking to maximize their performance with the help of a carbon fiber plate that provides additional rigidity and propulsion.