Optimum driving control and a comfortable ride Outstanding Braking on wet roads Low Noise Technology Excellent Mileage Uniform footprint pressure Safer driving while on wet roads by improved dumping characteristics on the surface of the road. Low Noise Groove Profile Optimisation Groove resonance and pattern noise are minimised by applying a 3D-Wedge structure adopting the anechoic chamber wall principle. Extreme Precision Handling Technology Curling is prevented by rounding the corners of the tyre.
mytyres.co.uk
Optimum driving control and a comfortable ride Outstanding Braking on wet roads Low Noise Technology Excellent Mileage Uniform footprint pressure Safer driving while on wet roads by improved dumping characteristics on the surface of the road. Low Noise Groove Profile Optimisation Groove resonance and pattern noise are minimised by applying a 3D-Wedge structure adopting the anechoic chamber wall principle. Extreme Precision Handling Technology Curling is prevented by rounding the corners of the tyre.
mytyres.co.uk
The three main circumferential grooves on central tread can improve drainage efficiency and wet handling performance. Unique groove wall angle design prevents excessive stress massing to reduce irregular treadwear effectively. Continuous tread shoulder design enhances tyre stiffness when cornering. The optimized tread width has 13% wider contact patch than a regular tyre and increases stability while driving at high speed. Large blocks of tread shoulder upgrade stiffness and handling performance.
mytyres.co.uk
The three main circumferential grooves on central tread can improve drainage efficiency and wet handling performance. Unique groove wall angle design prevents excessive stress massing to reduce irregular treadwear effectively. Continuous tread shoulder design enhances tyre stiffness when cornering. The optimized tread width has 13% wider contact patch than a regular tyre and increases stability while driving at high speed. Large blocks of tread shoulder upgrade stiffness and handling performance.
mytyres.co.uk
Zigzag grooves can provide friction on all terrains including muddy, gravel or snowy roads, and also enhance the tire driving ability on rugged and rough roads. Interlocking central blocks design can increase the tire stability on rugged and tough roads. Stepped wall design on central sub grooves expel the gravel by the step edges while tire rolling. It also prevents the lodged stone from cutting the blocks. The prominent bars on the bottom and wall of the grooves on tread shoulder discharge the clobs and stones lodged in the main grooves. Connection bars design between blocks reinforce blockstiffness and prevent irregular tire wear. Tread compound with high level of silica enhances driving stability on snowy roads.
mytyres.co.uk
Optimum driving control and a comfortable ride Outstanding Braking on wet roads Low Noise Technology Excellent Mileage Uniform footprint pressure Safer driving while on wet roads by improved dumping characteristics on the surface of the road. Low Noise Groove Profile Optimisation Groove resonance and pattern noise are minimised by applying a 3D-Wedge structure adopting the anechoic chamber wall principle. Extreme Precision Handling Technology Curling is prevented by rounding the corners of the tyre.
mytyres.co.uk
Optimum driving control and a comfortable ride Outstanding Braking on wet roads Low Noise Technology Excellent Mileage Uniform footprint pressure Safer driving while on wet roads by improved dumping characteristics on the surface of the road. Low Noise Groove Profile Optimisation Groove resonance and pattern noise are minimised by applying a 3D-Wedge structure adopting the anechoic chamber wall principle. Extreme Precision Handling Technology Curling is prevented by rounding the corners of the tyre.
mytyres.co.uk
The void ratio of the inside and outside are respectively 38% and 34%, and it can improve tire’s drainage efficiency and also wet handling. With broadened circumferential groove width, the section area of inside/ outside grooves are increased 21.3% and 43.8% respectively compared to the conventional design. And it can increase the volume to contain more water for better drainage performance. Brand new profile design and reinforced sidewall design can upgrade tire stiffness. Serrated wall of circumferential groove: Discharge water in the circumferential grooves promptly and effectively, as well as reduce the noise caused by the friction between airflow and groove wall. For inside and outside lateral groove on tread shoulder, we use chamfering design to optimize the angle of lateral grooves, and it can reduce tire’s rolling sound and improve block stiffness effectively.
mytyres.co.uk