BETTER ALL-AROUND HANDLING

Steel cord material is made of individually rubber insulated inner filaments with high thermal conductivity this to enhance heat transfer and reduce the risk of blowout. The features promote high speed stability, grip, absorption and durability.

RUNS COOLER, MORE STABILITY

Lightweight and durable cords, wrapped around the circumference of the tyre to provide a smooth grip feeling. This contributes to high performance with weight reduction, grip improvement, rotational stability, high speed performance and damping effect.

3-LAYER COMPOUND

Bridgestone's advanced 3-layer compound technology for your front tyre. The dual compound is hard in the tread centre to give you heavy-braking stability, linear handling and high mileage. On the shoulders the compound is soft and sticky for maximum cornering grip ...right up to full lean angle.

Derived from Bridgestone's MotoGP development, the soft outer (Cap) compound gives you high-level grip. The inner (Base) compound meanwhile is harder, providing optimum stiffness for the tyre. But even as the tread wears down, the harder base compound is not exposed to the road - so you won't get caught out with loss of grip!

STRONGER GRIP IN WET AND COLD

Silica Rich Compound ensures high grip performance in low temperature conditions at the early stage of riding and exhibits excellent wet performance.

MORE CONFIDENT FRONT TYRE GRIP

Performance in wet conditions is improved by greatly increasing the amount of silica compared to conventional SILICA RICH.

MORE CONFIDENT ROAD CONTACT

Polymer improves wear resistance of tyres, and silica is effective for wet performance. RC POLYMER, developed using Bridgestone’s key technology NanoPro-Tech®, contributes to the improvement of wet performance and longer wear life.

STRONGER GRIP, HIGHER MILEAGE

Bridgestone's NanoPro-Tech™ technology optimises tyre performance on a molecular level. This helps reduce friction, heat and tread deformation during tyre rotation, resulting in better tread grip and longer wear life.