Fullway HS266 FEATURES AND BENEFITS All weather traction Enhanced controllability Reduced road noise levels OVERVIEW The Fullway HS266 is a performance and high performance all season tire manufactured for passenger vehicles and SUVs. The tire promotes first-rate controllability. The directional symmetric tread design features a continuous center rib and an ideal shoulder tread block pattern that enhances the driver s control over the vehicle with their optimized road contact. The center rib s maintained road contact upgrades the steering responsiveness and accuracy and it enhances the driving stability during the drive. The large shoulder tread elements increase the cornering capability. They increase the number of biting edges gripping the road surface throughout the year which ensures a secure cornering and maneuvering ability and power. The model guarantees a safer year round performance. The symmetric tread design with the ideal tread block placement and the all season tire compound boosts the tire s grip in dry wet and winter weather. The all season tire compound improves the year round flexibility and it keeps the tire pliable in various conditions while the tread elements boost the grip the tire has on the road surface throughout the year. The tread s circumferential and angled lateral grooves prevent hydroplaning by dispersing water and slush from below the footprint significantly enhancing the tire s wet and winter weather drive. The HS266 provides a quiet driving experience. The directional tread features a variable pitch phase shift which helps lower the road and tread pattern noise heard during the drive. The variable pitch sequence generates a special sound frequency which manages to negate the road and tread pattern noise while the tires are in motion. In this manner the tread ensures a comfortable and enjoyable performance. Manufacturers recommend changing tires every 10 years. As long as tires are properly stored before they are sold the year of their manufacture will not shorten their service life.