VZ652
- 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
Enquiry about VZ652
Enter the security code shown above
Related products
VZ685 GOLD
- Four advanced longitudinal groves and pressure control technology
- Provides excellent anti-skid and handling performance
- Reduce tread heat generation and wear resistance performance
VZ685 GOLD
- Four advanced longitudinal groves and pressure control technology
- Provides excellent anti-skid and handling performance
- Reduce tread heat generation and wear resistance performance
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
VZ656
- Rib pattern designed to deliver remarkable traction and stability
- Wide grooved shoulders designed for even weight distribution and to resist uneven wear
- Stone ejectors built into grooves for notable stone chipping resistance and excellent tread life
VZ657
- Directional tread design for superior traction and all-weather handling
- Special decoupling groove for steer positions
- 5-rib design and extra wide shoulders for high speed stability
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
- 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
English