255/50R19 HANKOOK TYRE DYNAPRO HP2 HIGHWAY TERRAIN TL TYRE

Description

Hankook Car Tyres. Hankook is one of the fastest growing tyre manufacturers producing tyres for a range of vehicles. They invest heavily in research and development and are the official suppliers to a number of racing events. Hankook tyres are manufactured in south korea.

The  Hankook tyre model RA33 Dynapro HP2 is Hankook’s Crossover/SUV Touring All-Season tire developed for the drivers of crossovers, SUV’s and prestigious pickups looking for year-round, on-road capabilities. Designed to combine good ride comfort, long wear and low rolling resistance to promote vehicle fuel economy, Dynapro HP2 tires also deliver all-season traction in dry, wet and wintry conditions, even in light snow.

Dynapro HP2 tires feature an all-season silica enhanced tread compound molded into a symmetric design that blends wet, dry and wintertime traction. Hankook’s 3D Shoulder Block technology and radially oriented sipes that lock together for greater tread block stiffness improve dry road handling, while a continuous center rib promotes steering control and feedback. Four wide circumferential grooves help channel water from under the tire’s footprint to resist hydroplaning and maintain wet traction. Engineered siping in every tread block adds hundreds of biting edges to help generate snow traction.

The tire’s internal structure includes two wide steel belts reinforced with spirally wound jointless nylon cord to combine high-speed durability with ride uniformity. A high-density polyester casing blends steering response with ride comfort.

Features & Benefits:

• High Loading Silica Compound improves traction and lowers rolling resistance
• High Density Polyester Carcass for better steering & handling response
• Straight 4-Channel Waterway resists Hydroplaning & Aquaplaning Performance Up.
• Stiff Center Tread Blocks provide precise steering.
• Silencer Sipe prevent harmonic tread pattern sound.
• Radial direction sipes provide improved handling in wet and dry conditions by locking together for greater rigidity.