S-Tous les autocollants dorés pour freins à disque Carbon EVO Ⅱ D30-50
EVO Ⅱ est une version améliorée de la série EVO lancée par notre Superteam. S-ALL Carbon EVO II comprend des moyeux DT Swiss, des rayons en carbone de 4, 0 mm et des jantes en forme de plume. Il permet aux cyclistes de rouler plus facilement, plus rapidement et avec moins de résistance à l'air.
EVO's upgraded version
EVO Ⅱ is an enhanced version of the EVO series launched by our Superteam. S-ALL Carbon EVO Ⅱ comprises DT Swiss hubs, 4.0mm carbon spokes, and feather-shaped rims.
DT SWISS Custom Hubs
DT SWISS Custom Hubs uses high-precision manufacturing technology to ensure parts' fitting accuracy and durability, reducing the risk of wear and failure. DT SWISS Custom Hubs has many engagement points, usually 18, 36, 54, or even higher tooth numbers. This model uses 36 teeth, which makes the engagement angle when pedaling smaller and responds almost instantly, improving riding efficiency and Maneuverability. The ratchet system provides a smooth and quiet free-gliding experience when riding at high speeds.
Feather Pattern Shape
The rims of S-ALL Carbon EVO II adopt a feather pattern shape. The special texture can increase the structural strength and rigidity of the rim to a certain extent, help disperse pressure, and reduce the stress concentration points of the rim during use. The feather pattern design can reduce air resistance, improve the aerodynamic performance of the wheelset, and make riding more efficient, especially at high speeds.
4.0mm Width Carbon Spokes
If your main focus is lightweight and high-speed riding efficiency, such as road racing and long-distance riding, this S-ALL Carbon EVO Ⅱ is perfect for you. It uses 4.0mm carbon fiber spokes. 4.0mm spokes are relatively thin and lighter, making them suitable for cyclists who pursue extreme lightweight, especially when climbing hills and riding long distances. Moreover, thinner spokes have smaller cross-sectional areas and relatively lower air resistance, which helps improve efficiency during high-speed riding.
