In Stock Hawk Hp Plus (hp+) Front Brake Pads | 16-21 Civic Base 30% Off - Today Only [yKHDp5In]

Hawk HP Plus Front Brake Pads for 16-21 Civic Base

The Hawk HP Plus (HP+) Front Brake Pads are designed to deliver exceptional performance and durability for your 2016-2021 Honda Civic Base model. These pads are specifically engineered for sport driving and are perfect for autocross, Solo II, and “track day” applications. With their advanced Ferro-Carbon friction material, the HP Plus pads offer lower wear rates and higher torque values compared to other competitive materials. This ensures a more responsive and consistent braking experience, especially in high-performance streetcars used in autocross competition or for drivers who demand repetitive, heavy braking.

Unmatched Performance and Quality

The Ferro-Carbon formulation of the HP Plus brake pads provides an extremely high coefficient of friction, making them the ideal upgrade over stock brake pads. This feature ensures a fade-resistant braking performance that is perfect for high-performance streetcars and autocross competition. The unique friction material also contributes to a longer pad life and reduced brake dust. The HP Plus pads are fully burnished in the factory, ensuring a high-quality finish that is ready to meet the demands of your driving conditions.

• Lower wear rates and higher torque values for enhanced braking performance.
• Fade resistance for consistent braking even under extreme conditions.

Perfect Fit and Easy Installation

The Hawk HP Plus Front Brake Pads are specifically designed to fit the 2016-2021 Honda Civic Base, including Civic Coupe, Sedan, and Hatchback models with LX, EX, EX-L, EX-T, Sport, and Touring trims. The base trim covers all these models, ensuring a perfect fit and easy installation. These brake pads are also designed for use with new or used rotors, making them a versatile choice for your vehicle. To maximize performance, it is recommended to properly bed in the new brake pads with the rotors they will be used against, resulting in a transfer film that maximizes brake performance.