Dynamic Friction 810-13009R GeoPerformance Slotted Carbon Alloy Brake Rotor

The Dynamic Friction Company (DFC) 810-13009R is a GeoPerformance slotted carbon alloy brake rotor engineered for drivers who demand enhanced stopping performance over a standard OE replacement rotor. Part of DFC's 810 Series, this rotor features precision-machined slots designed to elevate braking confidence in both everyday and demanding driving conditions.

Key Features:

• Slotted Rotor Design: Slots continuously sweep the brake pad surface, removing brake dust, road debris, and moisture to prevent pad glazing and maintain consistent bite.
• Improved Wet-Weather Performance: The slotted surface grabs more contact with the brake pad, delivering shorter stopping distances especially in wet conditions.
• Carbon Alloy Construction: Formulated with G3000/G11H1 cast iron specification, engineered to match OEM standards for durability, reliability, and thermal stability.
• GeoSpec Protective Coating: Specially coated with a patented paint formulation that forms a durable, attractive silver-gray finish with superior rust resistance compared to conventional paint or zinc coatings.
• OE Vane Configuration Match: Each rotor is engineered to replicate the OE vane layout, including OE split-core technology, to ensure maximum heat dissipation.
• Optimized Vane Finish: Internal vane structures are dip-coated with a specifically formulated paint for a smoother finish, improving airflow and aiding in proper rotor balancing during the mill-balancing process.
• 100% Electronic Inspection: Every rotor passes a 100-point electronic inspection station measuring over 20 attributes to confirm compliance with OE specifications.
• Right-Side Application: This is the right (passenger) side rotor — the mirror-image left side is sold separately as MPN 810-13009L.

The DFC 810-13009R GeoPerformance slotted rotor is a direct-fit, performance-oriented upgrade that installs like a stock rotor while delivering improved pad-to-rotor contact, better debris evacuation, and longer-lasting braking performance.