Trending Hawk Hb916n.740 Brake Pads Set [WCY6uck8]

Trending Hawk Hb916n.740 Brake Pads Set [WCY6uck8]: High-Performance for Autocross and Track

The Trending Hawk Hb916n.740 Brake Pads Set [WCY6uck8] are designed for drivers seeking the ultimate in performance and safety for autocross and track day events. Engineered with the Hawk Performance HP Plus compound, these brake pads offer a unique Ferro-Carbon friction material, providing exceptional torque and fade resistance. This advanced formulation ensures that you can maintain control and confidence on the track, without the need for pad changes during intense driving conditions. With a wide operating temperature range of 100-800°F, the HB916N.740 pads are perfect for both street and track use.

Key Features and Benefits

The Hawk Performance HP Plus brake pads are not just for show; they are built for performance. Key features include:

• Low to Mid Temperature Range: Ideal for a variety of driving conditions, ensuring consistent performance.
• Fade Resistant: Maintain optimal braking power even under extreme heat.
• Smooth, Predictable Torque: Delivering a reliable and predictable braking experience.

These features make the HB916N.740 pads an excellent choice for both beginners and experienced drivers looking to upgrade their stock braking system. Perfect for autocross and track day applications, these pads will provide a noticeable increase in brake torque and temperature range.

Practical Uses and Installation

The Trending Hawk Hb916n.740 Brake Pads Set [WCY6uck8] are designed for practical use, whether you're hitting the autocross track or enjoying a day out on the track. Installation is straightforward, and the pads are compatible with most vehicles, making them a versatile choice for a wide range of drivers. With a 300-600°F optimal temperature range, these pads are perfect for high-performance driving, ensuring that you have the confidence to tackle any challenge on the track. Follow the installation and bedding procedures provided to ensure proper fitment and optimal performance.