All Hankook Winter i*cept iZ3 X (RW10) tires

About Hankook Winter i*cept iZ3 X (RW10)

Engineered to handle the harshest winter conditions, the Winter i*cept iZ3 X (RW10) combines safety, performance, and durability. Thanks to advanced technologies developed by Hankook, this winter tire delivers outstanding grip on icy and snowy roads while optimizing tread life. Whether for city driving or long-distance travel, it ensures reliable comfort and control in cold weather conditions.

• Exceptional ice grip thanks to sharp-edged sipes and the i*cept compound
• Enhanced braking performance with Serrated Winter Sipe technology
• Even wear and reduced rolling resistance through optimized curing process

Maximum grip on icy roads
The angled sharp-edge slits designed into the Winter i*cept iZ3 X (RW10) maximize traction on icy surfaces by effectively biting into the road. This is further enhanced by the newly developed i*cept compound, which incorporates a highly refined resin and a flexible polymer chain to maintain elasticity in extreme cold. Together, these features deliver superior grip, providing more stability and safety on frozen roads.

Improved braking in snow and ice
The Serrated Winter Sipe design significantly boosts braking power in winter conditions. These uniquely shaped sipes help the tire grip better in snow, shortening stopping distances and improving vehicle control. The directional tread pattern, combined with wide main grooves, helps disperse water and slush efficiently, reducing hydroplaning risk and improving responsiveness in wet winter driving.

Longer tread life and fuel efficiency
The Winter i*cept iZ3 X (RW10) is built to last. Its wider outside shoulder block increases the tire's contact area with the road, distributing ground pressure more evenly and preventing premature wear. The optimized curing process fine-tunes all tire components, which not only lowers rolling resistance but also enhances durability. This results in a more energy-efficient, longer-lasting tire that offers excellent value over time.