Kumho Eco Solus KL21 245/65R18, All Season, Touring tires.

Features and Benefits: Comfortable performance; All weather traction; Eco-friendly performance; Longer lasting usability; Upgraded durability; Kumho Eco Solus KL21 TiresThe Kumho Eco Solus KL21 is a touring, all season tire made for passenger vehicles and SUVs. The tire promotes excellent comfort levels throughout the performance. The tire features a computer-generated tread pattern which allows the tire to lower the road and tread pattern noise heard in the vehicle's cabin. The tread design helps to negate the sound waves generated during the drive, by creating a sound-cancelling frequency. As a result, the tire guarantees a quiet and enjoyable driving experience. The all season compound and the tread design increase the year round performance. The high silica levels of the compound and the computer-designed tread design grip on the road surface which increases the dry, wet and winter weather grip on the road surface. The compound keeps the rubber flexibility in versatile temperatures with the silica elements, optimizing the summer and winter weather performing traction. The tread design grips the road surface with additional biting edges, upgrading the year round performing grip. The tread's circumferential grooves actively resist hydroplaning by dispersing water and slush from the footprint, further boosting the wet weather driving safety levels. The tire also ensures exceptional fuel efficiency. The tread rubber is strengthened by the Low Rolling Resistance Technology, which works together with the silica levels of the compound to improve the traction. The stronger traction eases the pressure off the tire, minimizing the rolling resistance throughout the tire's performance. Lowering the rolling resistance allows the tire to reduce the vehicle's fuel consumption and CO2 emission levels. The rubber's dust particle emission is also decreased with the optimal eco-friendly tread design. In this manner, not only does the tire offer a fuel conscious performance, but it also manages to minimize its carbon footprint and pollution levels. The model increases the usability with the tread design and the compound. The compound's anti-abrasion carbon black and silica levels optimize the tread wear rate. They minimize the tread wear rate greatly, increasing the usability. The tread design's computer-optimized pattern enables its surface contact in order to evenly distribute the driving pressure along the tread area. The equally spread out driving forces resist irregular wear formations, greatly lengthening the usab