The R1 Concepts 633-59042L brake rotor is specifically designed for the front left position of Honda Civics manufactured between 2006 and 2015. Crafted with precision, this rotor features drilled and slotted surfaces that optimize heat dissipation and enhance braking performance during demanding driving conditions. Constructed with high-quality materials, it ensures durability and consistent stopping power for both daily commutes and spirited driving. The black finish not only provides an aggressive look but also helps resist corrosion, extending the rotor's lifespan.

R1 Concepts, headquartered in Los Angeles, California, is renowned for its extensive expertise in automotive braking systems, offering over 20 years of industry experience. Their comprehensive brake catalog covers a wide range of foreign and domestic vehicles from 1930 to the present, making their products a trusted choice for automotive enthusiasts and professionals alike. This rotor is engineered to meet or exceed OEM specifications, ensuring reliable fit and performance. It is suitable for drivers seeking improved braking efficiency and a stylish upgrade to their vehicle's braking system. 

Designed with safety and performance in mind, the rotor features drilled holes and slots that help reduce brake fade and improve heat dissipation, especially during high-performance driving or heavy braking scenarios. Its black coating provides corrosion resistance, maintaining its appearance and functionality over time. Whether replacing worn-out rotors or upgrading for better performance, this rotor is a perfect choice for Honda Civic owners looking for quality and reliability from a trusted brand.

Features:

• Designed for front left installation on Honda Civic models from 2006 to 2015
• Drilled and slotted surface enhances heat dissipation and braking performance
• High-quality construction for durability and long-lasting use
• Black finish provides corrosion resistance and an aggressive aesthetic
• Engineered to meet or exceed OEM standards for reliable fit and function