S-Works Vent EVO Gravel Shoes

£200.00  £385.00
We're sorry, this item is currently out of stock. Please register below to be reminded when this comes back in stock.
Check store availability

The Specialized S-Works Vent EVO combines Vent technology with Body Geometry design for off-road performance. Featuring ventilated mesh panels for speed and comfort. Ideal for gravel and cross-country riding, offering superior comfort and airflow.

Part Number:




The S-Works Vent EVO brings the outstanding breathability of our Vent technology and industry-leading Body Geometry design off-road. As the newest member of our Vent family, the S-Works Vent EVO matches the performance, durability, and technical innovation of the S-Works Recon. However, what sets it apart is its ventilated mesh panels that enhance speed and comfort.

As believers in the principle of ""Cooler Is Faster,"" we have brought maximum ventilation to gravel and cross-country with the S-Works Vent EVO. Our advanced engineered mesh encourages airflow through the toe box, tongue, and medial panel, ensuring cool feet even during intense efforts.

The S-Works Vent EVO is designed to adapt to a broad range of foot profiles, thanks to its all-new last shape and innovative material combinations. The engineered mesh and Dyneema® panels work together to provide unrestricted movement and comfort. With its versatile fit, the S-Works Vent EVO offers superior comfort on various surfaces.

While the S-Works Vent EVO redefines comfort in a performance gravel and XC shoe, it also brings the race-ready features of our World Cup-dominating Recon shoe. It includes our Body Geometry sole and footbed technology, scientifically tested to increase power and efficiency while reducing the chance of injury. Additionally, it features our stiffest and lightest FACT Powerline™ carbon plate for maximum responsiveness and power transfer.

Whether you're preparing for race day or enjoying miles of smiles on roads and trails, the increased airflow of the S-Works Vent EVO will keep you in a state of flow.