Ventus
Super Sports Tire
Give Best Driving Pleasure Based on Racing Competition Technology
Race-Winning Breaking
New Silica
& Resin Compound
A is a new compound developed based on Racing tire development technology.
It helps tire rubber particles to penetrate road surface on high temperature condition easily in which maximise handling & Braking performance.
Outside
& Inside
Single Pitch
Inside
& Outside
Dual Pitchh
Dry Breaking
Broaden lateral groove on the shoulder enhances water evacuation and tread block stiffness while reducing noise.
Lateral groove shape optimization considering poisson effect under loading condition.
Wet Breaking
Broaden lateral groove on the shoulder enhances water evacuation and tread block stiffness while reducing noise.
Lateral groove shape optimization considering poisson effect under loading condition.
Highest driving quality
drought to life
with an Aramid
reinforcement belt
Aramid reinforcement belt is applied with the best material that is available for tires today, To allow an exquisite handling by maintaining the optimized shape of contact surface.
Aramid,
The Strongest Fiber
on Earch
Aramid, a super-fiber that closely resembles the theoretical property of matter in terms of chemical structure, is a high performance materials in which most of Production on Earth is used in high-technology industries such ad military, aircraft, aerospace, and marine. It has 5 time more strength than iron steel.
Also, except for in 99% sulfur substance, it has the chemical resistance that can withstand all chemical substance without dissolving or decomposing, and the stability that prevent melting at high temperature and only carbonize at temperature over 500°C.
Aramid Hybrid Cord
Prevents the increase diameter of the tire due to the centrifugal force while driving, and minimizes the tread deformation due to lateral force from changing directions. Provides a neutral handling and notion performance under various driving conditions. It improves the handling stability and high driving performance, and contributes to the minimization of abnormal and one-sided wear as well as the improvement of heavy-load capacity.
Handling (strong)
Handling (weak)