• EBC BSD Rear Rotors | 2014+ Lexus IS350 3.5L F-Sport
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EBC BSD Rear Rotors | 2014+ Lexus IS350 3.5L F-Sport

EBC BSD Rear Rotors | 2014+ Lexus IS350 3.5L F-Sport

BSD7637

Out of stock

$390.41 USD
$410.96 USD $390.41 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The EBC BSD Rear Rotors are a high-performance brake upgrade designed specifically for the 2014 and newer Lexus IS350 F-Sport models. Constructed from high carbon cast iron, these rotors feature a distinctive "V" pattern that enhances heat dissipation and promotes superior thermal stability. This design helps maintain consistent braking performance under demanding conditions, reducing brake fade and increasing durability during spirited driving or heavy-duty use. The rotors are engineered to improve both braking efficiency and visual appeal, making them an ideal choice for enthusiasts seeking a combination of style and function.

These rotors are a direct replacement for the rear brakes on 2014+ Lexus IS350 F-Sport vehicles equipped with a 3.5L engine. They are designed for street and spirited driving, providing enhanced heat management and braking response. Installation is straightforward as they are bolt-on components compatible with the stock calipers and mounting hardware. The kit includes the rear rotors only, making them suitable for those looking to upgrade their existing brake setup or replace worn components. They are ideal for daily drivers, street enthusiasts, and track day participants seeking improved braking performance.

Overview

EBC BSD Rear Rotors

Fitment: 2014+ Lexus IS350 3.5L F-Sport

Part #: BSD7637

Overview

Designed for enthusiasts seeking improved braking performance and enhanced style, the EBC BSD Rear Rotors are a high-quality upgrade for your Lexus IS350 F-Sport. These rotors feature a distinctive "V" pattern that promotes superior heat dispersion, helping to keep your brakes cooler during spirited driving or heavy-duty use. Crafted from high carbon cast iron, they offer increased thermal stability and durability, making them suitable for both street and race applications. Whether you're looking to improve your vehicle's response or add a touch of aggressive styling, these rotors are an excellent choice to support your performance goals.

Key Features

EBC BSD rotors are engineered to deliver reliable performance and long-lasting durability. Key features include:
  • High carbon content for enhanced thermal stability and reduced warping
  • British cast and machined construction for precise fitment and quality
  • "V" pattern design for improved heat dissipation and pad cooling
  • Corrosion-resistant Geomet dry powder coating for extended rotor life
  • Twice the carbon content of standard rotors for better heat management
  • Designed to help maintain consistent braking response under demanding conditions

Construction & Design

These rotors are manufactured from high carbon cast iron, which provides excellent heat resistance and durability. The Geomet dry powder coating not only enhances corrosion resistance but also adds a sleek, finished look. The "V" pattern design is carefully engineered to optimize airflow and heat dissipation, reducing brake fade and maintaining consistent performance.

Installation & Fitment

Installation should be performed by qualified technicians familiar with brake system upgrades. Proper torque specifications and procedures must be followed to ensure optimal performance and safety. Fitment is specific to 2014+ Lexus IS350 3.5L F-Sport models; verify compatibility with your vehicle before installation.

What’s Included

This package includes two high-performance rear rotors, ready for installation on your vehicle. Hardware and additional components are not included and should be sourced separately if needed.

Ideal For

Perfect for drivers looking to enhance their vehicle’s braking response, reduce heat-related brake fade, and add a sporty aesthetic to their Lexus IS350 F-Sport. Suitable for street use and occasional track days, these rotors support aggressive driving styles while maintaining reliability and longevity.
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