Winter Shippoint Roadstone Winguard Winspike SUV 225/55 R18 98T

Roadstone Winguard Winspike SUV - is characterized by very high performance. The fact is that it was developed by the specialists of the South Korean company Nexen, whose products are presented in the markets of many countries today under the Roadstone brand.

V-shaped pattern pattern, as befits a modern Roadstone Winguard Spike, designed for Operations in really harsh winter conditions, this model is equipped with a very popular symmetrical directional tread pattern with an original V-shaped design today. It is formed due to the zigzag central longitudinal rib, consisting of many separate blocks connected to each other with gesture jumper. They turn this tread element into a single whole structure, which provides the bus at once with several important advantages. First of all, this is an excellent exchange rate stability, which is especially pronounced when driving on snow or ice slippery from snow or ice. Also, it is impossible not to note the significantly decreasing resistance to rolling, which most favorable affects the fuel efficiency of this model. An increased number of lords of edges.

Another sign of belonging to this model to modern tire products for winter is the presence of an increased number of clutch edges. At the same time, a significant majority of them is formed not by separate protective blocks, but by wave -shaped lamps erased in them. Upon contact with the road, these elements are revealed, forming many additional adhesive edges, while their walls due to a wave -like configuration are densely fixed with each other, thereby increasing the rigidity of the blocks, and at the same time, controllability on the dry road.

• rifle blocks in the center of the tread, connected by tough jumpers, provide excellent terminal stability and low roller control while maintaining excellent adhesion on slippery coating
• The original V-shaped design of the symmetric directional pattern gives the tire excellent performance under any weather and road conditions
• an increased number of adhesion edges, which are formed not only due to many individual blocks, but also due to a countless number of cuts out to the entire depth tread of wave -shaped lamellas.