Summer tire Aplus Gazill 195/75 R16 107/105R

Aplus Gazill commercial tires are designed for operation in the warm season. Despite the fact that they have a lamellazed tread, the model is not all -season or winter. Lamels on rubber blocks are necessary primarily for better contact with wet road coverage and are not intended for movement in the snow. In the summer season, these tires demonstrate their entire potential and provide unsurpassed combus characteristics. All the main drive indicators are significantly increased with the APLUS Gazill tires: handling, braking distance, acceleration dynamics, course stability, etc.

the tires of this model demonstrate worthy results when moving on wet asphalt and deep puddles. The probability of losing the clutch due to aquaplaning is minimized, since numerous drainage channels are used in tires. They pass through the entire tread in the longitudinal and transverse direction, due to which they cover a large area and remove more rainwater from under each wheel.

Thanks to the optimized tread pattern, the Aplus Gazill tire has a fairly low level of noise. This was especially influenced by the structure of the shoulder blocks. Rubber checkers located in the side tread zones have smoothed contours and alternate in width. Due to the fact that the blocks have unequal dimensions, when rolling the wheels do not occur, strong highly amplitude resonances that cause a loud hum.

Aplus Gazill tires are optimally suitable for minibuses and vans that are operated in mixed conditions. A shock -resistant internal structure allows them to withstand significant loads when moving on bumps and potholes. This minimizes the risk of damage to the sidewalls and prevents the occurrence of cones and hernias, due to which the tires can prematurely become unusable.

The durability of the tires increases not only due to shock-resistant frames, but also due to the optimized composition of the rubber. The compound contains polymer components that slow down the abrasion of tread blocks and make the rubber less sensitive to abrasive influences.