VZ654
- Bionic pattern provides excellent driving and braking performance
- Four advanced longitudinal grooves and pressure control technology ensure comfortable driving experience
- Abrasion resistant compound provides long mileage & to prevents eccentric wear
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VZ651
- Enclosed shoulder to prevent eccentric wear
- Low rolling resistance and low noise
- Excellent anti sideslip performance
- Four longitudinal grooves & smooth shoulder for outstanding performance at high speeds
VZ655
- Four rib tread design with zigzag patterns for all position application
- Deep shoulder grooves for maximum traction in rough terrains
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- Cut and chip resistant rubber compounds
VZ658
- Low heat generating compound in tread base provides excellent durability and wear & cut resistance
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VZ659
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VZ653
- Geometrically designed grooves for self-cleaning, better traction and even wear
- Groove bottoms design avoids stone trapping
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VZ652
- Enclosed shoulder to prevent eccentric wear
- Low rolling resistance and low noise
- Excellent anti sideslip performance
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VZ682
- Big angle design for the main groove, to prevent transformation and groove cracking
- Variable angle design of groove bottom will efficiently prevent stone retention, improved service life
- Arc shape design of the groove makes the pattern look better, keeping the pattern rigidity the center sipes design to balance the load and tread wear, to avoid groove bottom cracking
VZ682
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VZ648
- The VAl wear indicator system helps drivers evaluate tire wear and identify early irregular wear problems. The crown is designed with a spring sleeve to ensure a good appearance
- The proportion of grooves and blocks was readjusted to reduce crown deformation after inflation
- The increased lines on the pattern grooves effectively prevent stone retention
VZ648
- The VAl wear indicator system helps drivers evaluate tire wear and identify early irregular wear problems. The crown is designed with a spring sleeve to ensure a good appearance
- The proportion of grooves and blocks was readjusted to reduce crown deformation after inflation
- The increased lines on the pattern grooves effectively prevent stone retention
