Michelin StarCross 6 Medium Hard Terrain tyres

Designed to Win!

A world-class tire range developed for world and national championships.

• Up to 16% More Traction When New – The adaptive design of the MICHELIN StarCross 6 tyre provides up to 15% more traction when compared to the previous generation.

• Up to 19% More Traction When Worn – The introduction of MICHELIN Silica Technology of the MICHELIN StarCross 6 tyre provides up to 19% more traction when worn.

• Up to 11% More Durability – MICHELIN Silica Technology of the MICHELIN StarCross 6 tyre provides up to 11% more durability when compared to the previous generation.

• Long Lasting Grip – MICHELIN Silica Technology helps maintain tread block integrity promoting excellent traction over the life of the tyre.

Compared to its predecessor, the StarCross 5, the new StarCross 6 uses technologies developed in Michelin’s R&D centres and fine-tuned on racetracks around the world to offer up to 16 percent more traction and up to 11 percent better durability. These improvements mean that riders can push their bikes to higher performance levels, while at the same time benefitting from longer-lasting tyre performance.

Features:

The Medium Hard tread design is best suited for slightly harder packed or rocky tracks and trails
Silica technology increases durability up to 20% and maintains tread block integrity over the life of the tyre
The adaptive design provides up to 15% more traction
Tread blocks resist irregular wear for better traction
Double ply carcass (2 layers crossed at 90 degrees) provides a better resistance to soil aggression.
Reinforced beads protect the lower part of the tyre during mounting / dismounting and from the aggressions of the rim during riding.
MICHELIN® ADAPTIVE DESIGN

Specific positioning of the tread blocks on the 3 zones: central, intermediate and lateral associated with a specific shift of these zones. A single goal: To offer an exceptional grip/behaviour compromise for the front and exceptional grip/traction and longevity for the rear.