Vittoria E-Barzo Graphene 2.0 4C TNT 29'' tyre

Riding technical XC on your e-bike? The e-Barzo is your choice for traction and range. How can such an aggressive XC tire roll so fast? The magic starts in the center tread, where we place an alternating ridge design, and progressive sipe angles. Cornering duties are handled by the moto-style block knobs, laid out in a proven V-formation. The result is a tire that corners as fast as it rolls, while still offering the protection of a full depth tread. Rocks and roots? Check. World Championship? Check.


Features

  • Aggressive XC tread for the most technical terrain.
  • Graphene 2.0 compound reduces rolling resistance, increasing range and battery life.
  • Medium spaced knobs for a range of terrain and conditions.


Technologies

TNT Tubeless Ready

Vittoria TNT (Tube No Tube) tires are up to 100 g lighter than standard tubeless, yet have reinforced sidewalls with massive cut resistance. Run tubeless on UST rims with Pit Stop cartridge or liquid latex Pit Stop, TNT tires offer better cornering, faster rolling, and fewer pinch flats, at lower pressure. Fitting is easy: TNT’s tire bead locks readily into the rim and tire is inflated with a standard hand pump. TNT tires can equally be used with an inner tube if the rider prefers, and are still light for a reinforced tire.

Graphene 2.0

With the aim to always push the boundaries of what is possible, Vittoria succeeded in the development of a new generation of Graphene: Graphene 2.0. Unlike the first-generation graphene, the new 2.0 graphene is functionalized to enhance specific tyre performances. In other words, where the first generation of graphene compounds raised the bar evenly, Graphene 2.0 pin-points each performance metric, and increases it disproportionally to the rest. Vittoria is now able to apply Graphene in such a way that it can achieve a performance boost specifically for speed, wet grip, durability and puncture resistance.

4C

Vittoria 4C is a layering process, using 4 separate compounds in the same tread. The 4C process offers unmatched versatility, by allowing for separate base and surface compounds, in both the center and side areas of the tread.