PIRELLI DIABLO SUPERBIKE SC2 200/60R17 NHS Two-Wheeler Tyre
PIRELLI DIABLO SUPERBIKE SC2 200/60R17 NHS Two-Wheeler Tyre
Get it between -
2 - 4 Weeks of Estimated Delivery time for Carbon Fiber Parts.
2 Weeks of Delivery time for BREMBO BRAKE PADS
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The Pirelli Diablo Superbike 200/60R17 is a high-performance motorcycle tire designed for use on the rear wheel of sport and racing bikes. This tire is specifically engineered to provide exceptional grip and handling on the racetrack, where performance and precision are essential.
The Pirelli Diablo Superbike is also designed to handle the unique demands of racing. The tire's innovative tread design provides maximum contact patch and grip in corners, allowing for faster lap times and more precise handling. The tire's lightweight design also reduces rotational mass, allowing for faster acceleration and improved performance on the straightaways.In addition to its exceptional performance, the Pirelli Diablo Superbike is also built for durability and longevity. The tire's high-strength construction resists punctures and cuts, while the advanced compound technology offers excellent wear resistance and a longer lifespan.Overall, the Pirelli Diablo Superbike 200/60R17 is an outstanding choice for racers who demand the ultimate in performance, handling, and grip from their motorcycle tires. Whether you're a professional racer or a serious amateur, the Pirelli Diablo Superbike offers superior performance and reliability, making it one of the top choices for sport and racing bikes on the market today.
Specs
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The slick racing tyre. Your lap time is the goal
Setting the benchmark for racing (racetrack use only*)
- The official tyre of the World Superbike Championship (WSBK) dedicated to professional riders and to passionate bikers looking for top performance on racetracks all over the world.
- Compounds and carcass materials are the result of innovative technological solutions developed on the most demanding racetracks in the world.
- Tyre profile is designed to ensure incomparable handling and maximum support at high lean angles
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