The mixture of silica and orange oil improve the compound's high temperature stability and the low temperature flexibility. The tire is able to handle the harshest winter weather conditions. The wide slanting grooves and directional tread pattern eliminate water and slush from beneath the tire footprint, effectively resisting hydroplaning. The winter weather driving safety is updated by this as well.

The lower weight allows the tire to lessen its rolling resistance, which in turn decreases the fuel consumption and CO2 emissions of the vehicle. As the vehicle uses less energy to keep the tires in motion, the tires are more environmentally friendly and fuel efficient. The lower fuel consumption also lessens the fuel expenses, making the tire extremely economical.

The durability, enhanced by the internal two-ply polyester structure, maintains the tire's shape against the driving pressure, while the tread block stiffness increases the driving stability. As the tire does not deform under the high speed driving force and it keeps its stability, it is able to perform to its highest capabilities.

The better steering is the result of the tread block stiffness that reacts quickly and accurately to the commands of the driver. The steering responsiveness is also upgraded by the internal structure featuring steel belts reinforced with nylon cap ply, which maintain the tire's shape and make it more responsive to the steering instructions.

The reinforced internal structure consisting of two-ply polyester absorbs the road vibrations felt in the cabin of the vehicle and maintains constant road contact for an enjoyable drive.