SILENT REVOLUTION UNSTOPPABLE MOMENTUM
PATTERN DESIGN
- WIDE MAIN GROOVES DESIGN
Enhanced Drainage Architecture
Optimized Wet Traction - CLOSED LATERAL GROOVE DESIGN
Sealed connections between longitudinal and lateral grooves minimize airflow turbulence, reducing noise generation.
Stiffened outer shoulder blocks enhance cornering stability with precise steering response. - STEEL BLADE GROOVE DESIGN
Steel-reinforced grooves shear water films to improve wet traction. - CHAMFERED LATERAL GROOVES
The angled groove edges reduce noise generation while expanding the contact patch during acceleration/braking, ensuring quieter operation and enhanced grip security. - CHAMFERED MAIN GROOVES
The widened groove edges increase contact patch during cornering, enhancing steering precision and grip stability. - WIDE TREAD DESIGN
The widened tread configuration increases contact patch area, enhancing grip and traction for responsive handling. - SHOULDER GRADUATION DESIGN
The progressive contour expands contact width with tread wear, ensuring sustained grip performance throughout service life. - ASYMMETRIC STAGGERED DESIGN
The asymmetrical tread pattern with staggered shoulder grooves reduces resonance noise through phase cancellation, maintaining balanced wet and dry performance. - TURBULATOR BLOCK DESIGN
Specially positioned blocks disrupt longitudinal groove airflow patterns, effectively suppressing pumping noise generation through aerodynamic optimization. - VARIABLE PITCH BLOCK DESIGN
Differently spaced tread blocks disrupt noise frequency coherence, reducing tonal resonance to enhance ride comfort. - COMPOUND FORMULATION
The advanced formula integrates next-gen SBR and eco-friendly wet-grip resins, lowering rolling resistance while significantly enhancing wet braking efficiency for shorter stopping distances.
COMPOUND TECHNOLOGY
DC EGC Compound Technology
This innovative tire compound utilizes graft-modified SBR and a high-load silica reinforcement system to optimize tan δ properties, achieving a 10% reduction in rolling resistance through advanced filler network design while enhancing wet grip by over 50% with terpene resin modification, all without compromising treadwear durability—making it ideal for next-generation EV and ultra-high-performance tires.
Next-gen modified polymers
The advanced formulation employs next-generation modified polymers to suppress intermolecular motion at the molecular level, effectively minimizing heat generation and delivering optimal low rolling resistance performance.
Acoustically optimized tread design
The innovative tread design minimizes road noise through optimized transverse grooves and outer ribs with narrowed channels, effectively reducing air intake into tread cavities for significant noise reduction.
Tread Feature Highlights
- Quieter Ride | Silent grooves cut noise
- Longer Drive | low-roll tech boosts mileage
