Ksport BKFD130-621CO Floating Brake Rotor for Big Brake Kit or Piston Caliper Compatible - 4 6 8

The Ksport BKFD130-621CO is a high-performance floating brake rotor designed for use with Ksport's big brake kit systems, compatible with 4, 6, or 8 piston caliper configurations. Engineered for serious street and track applications, this rotor delivers significantly enhanced stopping power while resisting the thermal stress and distortion that can plague conventional one-piece disc assemblies.

Floating Two-Piece Disc Design:

• Floating disc assembly isolates thermal expansion, preventing warping and braking surface cupping under extreme heat
• Two-piece construction reduces both rotating and unsprung weight for improved handling and brake response
• Every rotor is heat treated and dynamically balanced before shipment for consistent, vibration-free performance

Rotor Surface & Slot Design:

• Unique slot pattern minimizes brake noise and expels gas and pad debris more efficiently than conventional slot designs
• Slotted design is optimized for track and performance driving applications with aggressive pad compounds
• Cross-drilled rotor options available, recommended for daily-driven vehicles requiring cooler operating temperatures

Big Brake Kit System Highlights:

• Compatible with Ksport's CNC-machined billet aircraft-quality aluminum calipers in 4, 6, or 8 piston configurations
• Caliper designs feature differential bore configuration, aluminum pistons, high-temperature seals, and stainless-steel brake pad wear plates
• Opposed piston caliper design improves pad wear evenness and overall caliper rigidity versus OEM designs
• Stainless-steel braided brake lines included to eliminate hose expansion under pressure for a firm, consistent pedal feel
• Engineered to greatly reduce brake fade and continuously refresh pad surface contact during repeated hard braking
• Designed for straightforward installation requiring minimal tools in most applications

The Ksport BKFD130-621CO floating rotor is an ideal upgrade for drivers seeking maximum braking performance, reduced thermal stress, and long-term rotor integrity during high-demand driving conditions.