Accelera Phi 2 305/30R20 ZR 103Y XL Sale

Description

Accelera Phi 2 Tires

The Accelera Phi 2 is a performance and high performance, all season tire made for passenger vehicles and SUVs. Accelera offers a 30,000 mile treadwear warranty with this model.

High driving comfort levels are promoted with this model. The tire utilizes the optimal shoulder tread design which allows the tire to prevent airwaves from entering the footprint. As a result, the tire prevents the formation of sound waves while the tires are in motion. Road noise does not reach the vehicle’s cabin, ensuring the passengers’ exceptional driving comfort levels. The model, in this manner, offers a quiet and comfortable driving experience.

The tread design’s constant surface contact boosts the high speed controllability. The maintained road contact of the ribbed footprint greatly upgrades the steering responsiveness and driving stability. This promotes a faster and more precise steering response to the driver’s commands, while the structure is secured against the driving pressure affecting the tire. The shoulder block placement allows the tire to enhance the cornering ability with the use of extra biting edges. This results in a secure maneuvering capability. On the other hand, the better road contact and the durable structure also enable the tire’s high speed durability. They optimize driving safety throughout its high speed performance.

All season traction is improved as well. The silica compound and the detailed tread design upgrade the dry, wet, and winter weather grip on the road. The durable compound elements upgrade the year round performance, boosting the summer and winter weather performance. The tread’s sipe pattern helps to increase the surface traction with the use of additional biting edges. The wider groove placement allows the tire to disperse water and slush from the footprint in wet weather conditions, effectively preventing hydroplaning in the process.

The Accelera Phi 2 also offers a fuel conscious driving experience. The better traction and the dynamic lateral grooves greatly decrease the rolling resistance by minimizing the pressure placed on the tread area. The rolling resistance is the pressure affecting the tire which determines the vehicle’s needed fuel intake. Reducing the rolling resistance significantly lowers the vehicle’s fuel consumption and CO2 emission levels. The result is a fuel efficient performance.