Summer tire for passenger cars Bridgestone Turanza T005 EV is ideal for use on highways. It is characterized by increased directional stability and driving comfort at high speeds, resistance to aquaplaning and intense braking on wet surfaces, fuel efficiency and a long service life.
The target audience for this model is owners of vehicles with electric or "hybrid" powertrains. It is for this reason that the tire uses ENLITEN technology, which is a set of technical solutions aimed at reducing rolling resistance. A significant part of them fell on the compound. Its composition contains unique industry materials, and during manufacture, technologies are used that ensure exceptional uniformity of component distribution in the rubber mixture. The synergy between these solutions provides exceptional resistance to abrasive wear, increased thermal conductivity while maintaining high traction properties on wet surfaces.
Another part of the ENLITEN technology was the design of the carcass. Its optimization and the use of advanced cord winding technologies made it possible to significantly reduce the weight while simultaneously increasing the stiffness and resistance to deformation. As a result, the rolling resistance is reduced, and the durability of the tire tread to abrasive wear is increased.
The tread pattern with an asymmetric arrangement of elements contains a large number of blocks. The edges formed by them provide reliable traction on wet surfaces. The elements are distributed along the longitudinal ribs, which reduces rolling resistance and increases the stability of traction during straight-line movement. Wide longitudinal connecting channels minimize the risk of hydroplaning at almost any speed.
Key features of Bridgestone Turanza T005 EV
- The compound created within the ENLITEN technology is characterized by increased wear resistance, resistance to punctures, and provides increased traction on wet surfaces;
- The lightweight, yet strong and rigid carcass reduces rolling resistance, increases handling accuracy and directional stability at high speeds;
- The asymmetric tread pattern is effective on both dry and wet surfaces
