The Knobbly Tyre for Dual Purpose Motorcycles

Dual Purpose Design
Developed and tuned for modern street-oriented Enduro motorcycles, the Metzeler TOURANCE™ combines off-road capability with on-road performance.

Durability
Featuring a thick groove depth and a balanced compound of carbon black and silica, this tyre guarantees exceptional mileage and durability while providing excellent grip in both wet and dry conditions. Metzeler’s advanced mixing technology ensures a perfect blend of silica, carbon black, and the latest generation of resins and reinforcement agents for optimal performance.

Stability in All Conditions
The TOURANCE™ tyre boasts a 0° belted structure on radial rear sizes, paired with a lightweight carcass that enhances stability and road holding, even at high speeds. This design effectively distributes forces uniformly across the tyre, optimizing the contact patch in all conditions. Utilizing MAW patented technology, the steel cords are wound with varied spacing—wider in the crown for high elasticity and self-damping, and closer in the mid-lean area for improved stiffness during cornering. The MBS technology incorporated in all radial front tyres features a diagonal belt for better cornering and high-speed stability.

Versatile Handling
The Metzeler TOURANCE™ is compatible with a wide range of Enduro Street and dual-purpose motorcycles, blending on-road performance with off-road features. Riders will appreciate its ability to handle curves confidently and maintain comfort during long journeys, regardless of the weather or surface conditions. Its impressive mileage makes it a reliable choice for versatile riders.

Traction and Grip
The tread pattern of the TOURANCE™ is specifically designed to excel in street applications without sacrificing off-road traction. Strong tread blocks in the crown area provide a compact contact zone, ensuring efficient torque transfer from the engine to the road for maximum traction. The carefully designed grooves between the tread blocks feature variable widths, facilitating effective water dissipation and reducing the risk of aquaplaning.