Thanksgiving Deal Hawk Hb913n.659 Brake Pads Accessory [5UR1HE6j]

Thanksgiving Deal Hawk Hb913n.659 Brake Pads Accessory [5UR1HE6j]: High-Performance for the Track

Experience the ultimate in performance with the Thanksgiving Deal Hawk Hb913n.659 Brake Pads Accessory [5UR1HE6j], designed for Autocross and Track Day enthusiasts seeking top-tier braking capabilities. These pads are crafted with a unique Ferro-Carbon, High-Tech friction material, providing exceptional wear rates and increased torque values compared to standard brake pads. With the Hawk Performance HP Plus compound, you can confidently tackle the demands of the track without compromising safety.

Advanced Friction Material and Specifications

The Thanksgiving Deal Hawk Hb913n.659 Brake Pads Accessory [5UR1HE6j] are engineered to deliver low to mid-temperature range performance, ensuring fade resistance and smooth, predictable torque. This compound is ideal for Autocross and Solo II events, offering an operating temperature range of 100-800 degrees Fahrenheit and an optimal temperature range of 300-600 degrees Fahrenheit. The HP Plus pads are also fade-resistant, which means they maintain their stopping power even under extreme heat conditions. Their robust design includes a smooth, predictable torque, allowing for consistent and reliable braking throughout the race.

Enhance Your Driving Experience

Whether you're a beginner or an experienced driver, the Thanksgiving Deal Hawk Hb913n.659 Brake Pads Accessory [5UR1HE6j] are perfect for taking your car to the next level. These pads are a popular choice for those who want to improve their street performance or compete in autocross and track day events without the need for frequent pad changes. The increased brake torque and temperature range of the HP Plus pads provide a noticeable improvement over OEM pads, making them the ideal upgrade for drivers looking to enhance their driving experience. With the Hawk Performance HP Plus compound, you can trust in the quality and performance that Hawk is known for.