Find your vehicle

    Paragon Performance Rear Brake Rotors - Ford Focus RS - Sold as Pair

    SKU: PAR42969S

    27In stock, ready to ship

    Sale price $499.00 -100% Regular price
    Regular price $499.00
    Tax included. Shipping calculated at checkout.
    Paragon Performance Rear Brake Rotors - Ford Focus RS - Sold as Pair
    Sale price $499.00 Regular price
    Regular price $499.00

    Fast Shipping

    Returns & Support

    View returns policy

    Best Deals

    Product Description

    Ford Focus RS Rear Brake Rotors - 302mm x 11mm

    Paragon Performance 1-piece direct replacement brake rotors engineered for the Ford Focus RS. Precision-manufactured from high-carbon alloy cast iron with advanced cooling technology and anti-corrosion protection for superior braking performance on street and track.

    Specifications

    • Diameter: 302mm (11.89")
    • Thickness: 11mm (0.43")
    • Construction: 1-piece direct replacement
    • Friction Face: Slotted
    • Sold as: Pair (LH & RH)

    Key Features

    • CM-250 High Carbon Alloy Cast Iron: Superior thermal stability and wear resistance
    • Directional Ventilation Vanes: Up to 30% better cooling efficiency compared to standard rotors
    • Slotted Friction Face: Improved wet weather performance and consistent pad bite
    • Geomet Anti-Corrosion Coating: Premium protection against rust and corrosion
    • CBN Surface Machining: Precision-ground friction surfaces for optimal pad contact
    • Direct Replacement: Bolt-on fitment with OEM mounting specifications

    Cross-Reference Information

    Direct Replacement of:

    • DBA: DBA2969S
    • DIXCEL: 2057796S
    • Brembo OE: 08.D575.11
    • Ford OEM: 1936154, 2210993
    • Ford Performance: G1FY2A315AA

    Application

    Ford Focus RS (Mk3)

    • 2016-2018 Focus RS 2.3L EcoBoost AWD

    What's Included

    • 2x Paragon Performance Rear Brake Rotors (1 pair - LH & RH)
    • Installation hardware and documentation

    Professional installation recommended. Bed-in procedure required for optimal performance.

    Recommendations