fits model: Gsx1300r, Hayabusa, Street. make: Suzuki. year: 1999–2012.

( Brand: Stomp Design ), ( Manufacturer Part Number: 55-4-009B ), ( Part Type: Pad )
The Hayabusa Pad Aggressive 655-4009B/55-4-009B is a high-performance motorcycle brake pad designed specifically for Suzuki GSX1300R Hayabusa models from 1999 to 2012. This aggressive brake pad is engineered to deliver superior stopping power and enhanced control, making it an ideal choice for riders who demand the best in performance and safety.
The Hayabusa Pad Aggressive is constructed using a high-carbon compound that provides exceptional heat resistance and fade resistance, ensuring consistent performance even during prolonged braking or high-speed racing. The compound is also formulated to deliver excellent bite and grip, providing a strong, reliable connection between the brake rotor and the caliper, reducing the risk of brake fade and improving overall brake efficiency.
One of the standout features of the Hayabusa Pad Aggressive is its Street Stompgrip surface texture. This unique pattern provides exceptional grip in both wet and dry conditions, providing riders with the confidence they need to brake hard and stop quickly, even in challenging weather conditions. The texture also helps to reduce the risk of brake pad noise, providing a quiet, smooth braking experience.
The Hayabusa Pad Aggressive is also designed to be easy to install, with a straight-fitting design that eliminates the need for any modification to the caliper or brake rotor. The pads come with a dual-layer shim that provides a smooth, even wear pattern, reducing the need for frequent replacement and ensuring that the brake system performs at its best for as long as possible.
Overall, the Hayabusa Pad Aggressive 655-4009B/55-4-009B is a high-performance brake pad that delivers exceptional stopping power, grip, and fade resistance. Its Street Stompgrip surface texture provides excellent traction in all conditions, while its easy installation makes it a convenient and cost-effective upgrade for any Suzuki GSX1300R Hayabusa rider looking to improve their braking performance.
The Hayabusa Pad Aggressive 655-4009B, designed for Suzuki GSX1300R (Hayabusa), is a performance-oriented motorcycle tire. Here are some pros and cons to consider before making a purchase:
Pros:1. Excellent traction: The Street Stompgrip compound provides outstanding grip, ensuring better control and stability on various road surfaces.
2. Durability: The tire's construction and compound ensure long-lasting performance, reducing the need for frequent replacements.
3. Aggressive tread pattern: The tire's aggressive tread design offers improved grip and handling in wet and dry conditions, providing greater confidence when riding.
Cons:1. Noise levels: The aggressive tread pattern can generate additional noise compared to other tire types, which may be a concern for riders seeking a quieter ride.
2. Limited availability: Since this is a specialized tire, it may not be as easily available as more common tire models, making replacements less convenient.
Conclusion:The Hayabusa Pad Aggressive 655-4009B is an excellent choice for riders seeking superior traction, durability, and handling on their Suzuki GSX1300R (Hayabusa). While the tire's aggressive tread pattern can result in higher noise levels and limited availability, its benefits often outweigh these drawbacks for the right rider.
Recommendation:If you are a performance-oriented rider looking for improved grip and handling on your Suzuki GSX1300R (Hayabusa), the Hayabusa Pad Aggressive 655-4009B is an excellent investment. Consider the potential noise levels and limited availability before making a purchase, but rest assured that you'll be rewarded with an enhanced riding experience.
More contact between the vehicle and rider driver. Paint and graphics remain visible through the traction pads.
Aggressive volcano profile traction bumps.
Developed to meet Stomps exacting specs. Also available in black.
The part number for this listing is 655 4009b. Ultra clear proprietary elastic material.