Vredestein is expanding its portfolio for the road segment. In addition to the current high-end Superpasso race tyre, the four-seasons Superpasso Pro 4S is introduced early 2026. Designwise, it’s a challenging task to give this all-weather tyre a fast, competitive appearance as well as a strong grippy look that gives confidence in slippery road conditions.
Services
- Design
- Engineering
- Artwork
- Visuals
Appearance
The tread design of this tyre is clean, straightforward and effective, matching today’s road bikes. The grooves subtly change angle, suggesting both speed and grip.
Prototyping
Finding the correct balance between the grooves needs to be evaluated by physical models. Evaluation based on 2D views does not provide an accurate picture, because the grooves are eventually curved in two directions. Therefore, rapid prototyping through 3D printing is essential to accurately assess the geometry, surface transitions, and overall functionality of the tyre design.
Rubber compounds
This all-season tyre is based on the existing Superpasso Pro platform, which uses multiple rubber compounds to achieve the desired characteristics. The compounds differ in density between the tread and the shoulders. A reinforced central layer minimizes rolling resistance and extends durability, while the softer shoulder layers provide optimal grip and stability in corners.
Rubber compounds
This all-season tyre is based on the existing Superpasso Pro platform, which uses multiple rubber compounds to achieve the desired characteristics. The compounds differ in density between the tread and the shoulders. A reinforced central layer minimizes rolling resistance and extends durability, while the softer shoulder layers provide optimal grip and stability in corners.
CAD modelling
The thread geometry is curved in two directions: the cross-sectional contour as it is formed in the moult and the axial direction that forms a full circle. The tyre consists of multiple segments that must fit perfectly to form a seamless connected part.
Overall impression
