EBC Racing 2-Piece Floating Rear Rotors

2002–2017 Dodge Viper 8.0L / 8.3L / 8.4L V10

Part #: SG2FC7148

Overview

The EBC Racing 2-Piece Fully Floating Rear Rotors are a premium upgrade designed specifically for Dodge Viper models from 2002 through 2017 equipped with V10 engines ranging from 8.0L to 8.4L. Engineered for both high-performance street driving and track use, these rotors deliver superior braking performance under extreme conditions. Unlike standard two-piece rotors, the fully floating design allows the rotor's outer ring to expand independently, reducing thermal stress and enhancing durability. This makes them an ideal choice for enthusiasts seeking reliable, consistent stopping power during aggressive driving or racing.

These rotors are crafted to withstand the intense heat and mechanical demands of high-speed braking, ensuring your Dodge Viper maintains optimal brake performance and safety on every run.

Key Features

The EBC Racing 2-Piece Floating Rear Rotors incorporate advanced technology and materials to maximize performance and longevity:

• Fully floating 2-piece design allows the rotor ring to expand freely with heat, reducing stress and minimizing the risk of cracking during extreme use.
• Race-grade G3500 high-carbon, high-copper alloy construction offers exceptional heat dissipation and durability for demanding applications.
• Directional 48-curved vane design enhances cooling efficiency by promoting even brake temperatures and reducing fade.
• Lightweight construction reduces unsprung mass, improving vehicle handling and responsiveness.
• Stainless steel SD-Drive™ bobbins resist corrosion and ensure smooth, consistent floating operation.
• Anti-rattle spring clips eliminate unwanted noise while maintaining smooth rotor performance.

Construction & Design

These rotors feature a sophisticated two-piece construction combining a high-carbon, high-copper alloy rotor ring with a precision-machined aluminum hat. The G3500 alloy is specifically formulated for racing applications, providing superior heat management and resistance to warping under extreme thermal loads. The fully floating design uses stainless steel SD-Drive™ bobbins that allow the rotor ring to expand and contract independently from the hat, significantly reducing thermal distortion and extending rotor life.

The 48 curved vanes are carefully engineered to maximize airflow through the rotor, ensuring rapid cooling and consistent brake temperatures. This design not only improves performance but also helps maintain brake pad life and overall system reliability.

Installation & Fitment

These rotors are a direct fit replacement for the rear brakes on Dodge Viper models from 2002 to 2017 with 8.0L, 8.3L, and 8.4L V10 engines. Installation requires no modifications and bolts directly onto the factory hub assembly. The fully floating design and included anti-rattle clips ensure a secure, noise-free fitment. Professional installation is recommended to ensure proper torque specifications and brake system performance.

What's Included

• One pair of EBC Racing 2-Piece Fully Floating Rear Rotors
• Stainless steel SD-Drive™ bobbins pre-installed
• Anti-rattle spring clips
• Installation hardware (where applicable)

Ideal For

These rotors are perfect for Dodge Viper owners who demand enhanced braking performance for spirited street driving, track days, or competitive racing. They are especially suited for drivers who experience high brake temperatures and want to reduce rotor wear, cracking, and fade. If you seek a durable, lightweight, and thermally efficient rotor upgrade that maintains OEM fitment and reliability, the EBC Racing 2-Piece Floating Rear Rotors are an excellent choice.

EBC Brakes is a performance-focused braking manufacturer known for enthusiast and motorsport-ready brake pads, rotors, and complete brake kits across a wide range of vehicles. Their catalog spans street upgrades through track compounds, giving drivers options for better bite, heat management, and consistent pedal feel when pushing harder than stock braking can handle.