Upgrade your vehicle's braking system with the DFC Part Number 1115-1697-00 front low metallic brake pads, designed specifically for 2013 to 2016 Honda Civic Sedans and select Acura models. These brake pads deliver unmatched stopping power, ensuring your vehicle responds precisely under all driving conditions. Featuring a high-friction formulation, they provide an aggressive initial bite combined with excellent modulation and threshold control, giving you confidence and safety during every stop. The advanced high-friction compound also ensures consistent performance, even during prolonged or high-temperature braking events.

Constructed with high resistance to brake fade, these brake pads maintain their effective braking capabilities at elevated operating temperatures, making them ideal for spirited driving or frequent stop-and-go traffic. Their low compressibility enhances pedal feel and responsiveness, allowing for precise control and smooth engagement. The design emphasizes superb brake control, modulation, and release characteristics, resulting in a confident and responsive braking experience.

These DFC brake pads are engineered for durability and stability, maintaining friction consistency over time to reduce uneven wear and extend service life. They are compatible with a wide range of Honda and Acura vehicles, including the 2014-2016 Acura RDX and RLX, as well as various Honda Accord models from 2016. Their high torque output and aggressive initial bite ensure immediate response, making them suitable for everyday driving as well as more demanding applications. Easy to install and built to meet or exceed OEM standards, these brake pads are an excellent choice for those seeking reliable, high-performance braking components.

Features:

• Delivers unmatched braking performance, pedal response, and superb brake control under all conditions
• Outstanding modulation, threshold control, and release characteristics
• High resistance to brake fade at high operating temperatures
• Offers a high friction coefficient and low compressibility
• Extremely high torque with aggressive initial bite
• Excellent friction stability and consistency
• High-friction formulation for reliable stopping power