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KEVLAR FLIPPER & HYBRID SPIRAL / A high-stiffness material is inserted into the tyre to reinforce the tyre interior and prevent excessive movements. This increases tyre sensitivity and grip, especially during high-speed driving.

OPTIMISED STRUCTURE / The combination of Multi-Round Block and Optimised Crown Shape ensures higher contact pressure for better grip during braking on wet roads, as well as uniform contact pressure to prolong tyre life.

LOW ANGLE SIPES / Sipes are positioned at low angles for enhanced control, especially during cornering.

3D-M SHAPED SIPES / Each sipe is shaped into a 3-dimensional letter “M”, which reinforces block stiffness and prevents unnecessary block movements when the tyre is in motion. This prolongs tyre life and provides additional control on the road.

SMOOTH RIB / The centre rib is stiffened to improve the stability of the tyre and achieve an instantaneous response.

CHAMFERING / By rounding each block, tyre deformation is prevented. This results in a flatter contact area while braking, which shortens the braking distance.

KEVLAR FLIPPER & HYBRID SPIRAL / A high-stiffness material is inserted into the tyre to reinforce the tyre interior and prevent excessive movements. This increases tyre sensitivity and grip, especially during high-speed driving.

OPTIMISED STRUCTURE / The combination of Multi-Round Block and Optimised Crown Shape ensures higher contact pressure for better grip during braking on wet roads, as well as uniform contact pressure to prolong tyre life.

LOW ANGLE SIPES / Sipes are positioned at low angles for enhanced control, especially during cornering.

3D-M SHAPED SIPES / Each sipe is shaped into a 3-dimensional letter “M”, which reinforces block stiffness and prevents unnecessary block movements when the tyre is in motion. This prolongs tyre life and provides additional control on the road.

SMOOTH RIB / The centre rib is stiffened to improve the stability of the tyre and achieve an instantaneous response.

CHAMFERING / By rounding each block, tyre deformation is prevented. This results in a flatter contact area while braking, which shortens the braking distance.