Hankook 2021560 i*Pike RW11 LT265/75R16 123/120Q E Winter Studdable Light Truck Tire

The Hankook i*Pike RW11 (LT265/75R16 123/120Q) is a high-performance studdable winter tire engineered for SUVs and light trucks that demand reliable traction on snow, ice, and mixed winter surfaces. Carrying the Three-Peak Mountain Snowflake (3PMSF) certification, this tire meets severe snow service requirements and is built to perform in the harshest cold-weather conditions.

Key Features:

• Six-Row Stud Pin Arrangement — A unique six-row stud pin layout delivers top-class traction and braking performance on ice and packed snow surfaces. The tire arrives pre-drilled (studded) for immediate winter-ready use.
• Optimized Center Block Design — Center tread blocks are arranged in a rib-form series, improving grip and stability on snow and ice-covered roads.
• Increased Kerf Center Block — Lateral kerfs throughout the center tread zone maximize snow traction by creating additional biting edges across the contact patch.
• Cliff Groove Technology — Deep groove walls maximize the snow edge effect while improving water, slush, and ice crystal evacuation for enhanced hydroplaning resistance.
• Wide Tread Contact Patch — An expanded optimal contact area—up to 8% wider than previous-generation designs—delivers measurably shorter braking distances on snowy and icy roads.
• 3D Multi-Directional Siping — Advanced siping pattern improves ice and snow grip while maintaining driving stability and minimizing tread block movement.
• Load Range E (10-Ply) Construction — Reinforced internal structure with dual steel belts supports heavy payloads and resists impact damage from rough terrain.
• Winter-Optimized Rubber Compound — Proprietary cold-weather compound maintains flexibility and grip at sub-zero temperatures for consistent performance all winter long.

With a load index of 123/120Q, a maximum single load capacity of 3,415 lbs, and a maximum inflation pressure of 80 PSI, the i*Pike RW11 is purpose-built for demanding light truck and SUV applications in severe winter environments.