The Metzeler Roadtec 01 190/50 ZR17 73W Rear HWM is one of the most high-performance products in the “Sports Touring” line. Its performance on uneven and wet pavement is excellent. It features improved wear resistance and performs well in all weather conditions.
Offering improved interaction with the ABS, it effectively grips the asphalt and drains water optimally.
Based on a single compound with a carbon black and silica content close to 30%, it can be heated quickly and ensures excellent grip on dry ground.
Its special resins improve the fluidity of the compound and its adhesion properties, resulting in unmatched grip on wet ground.
Efficiently draining water at all angles of inclination, it improves stability in turns for precision handling.
Compared to the Roadtec Z8 Interact, the contact area is shorter but wider.
Reduces the slippage of the composite material to improve wear and reduce stress and overheating of the composite material.
Includes a greater number of grooves to improve mechanical grip and better drainage.
More rubber is in contact with the ground to achieve more grip in dry and wet environments.
Dual compound, the distribution range is 40% -20% -40%.
A balanced central strip of silica and carbon black can achieve stability and high-speed thermal dispersion.
The 100% silica side strip similar to the front offers excellent grip on wet surfaces and low friction. The side structure is similar to that of the front.
The Cap&Base pattern design can provide good heat distribution and good thermal stability of the shoulder during severe turns.
Composed of 100% silicon dioxide, it allows excellent mechanical adhesion and also ensures perfect chemical grip thanks to the arrangement of the grooves. Its homogeneous compound improves chemical performance and makes the tires more resistant to wear.
Improving traction and efficiently draining water, its wear is reduced and its longevity increased.
Speeding up the compound's heating time, this tire improves stability and motorcycle control during braking and increases traction on surfaces with a low friction coefficient.
