Holiday Special 1970-1972 Challenger S4 Brake System Front 4141050mg Collection [l0FsXI5C]

Challenger S4 Brake System

This top-of-the-line Challenger S4 Brake System is designed to provide exceptional stopping power and durability for your 1970-1972 Mopar E-Body vehicle. Engineered with cutting-edge technology, this front brake system boasts a range of premium features that will transform your driving experience. With its robust construction and precise engineering, the S4 Brake System is the ultimate upgrade for enthusiasts seeking peak performance and reliability.

Key Product Features

The Challenger S4 Brake System is crafted with meticulous attention to detail, offering several standout features:

• 2-Piece, 4-Piston S4 Caliper: Made in Phoenix, AZ, this caliper provides exceptional braking force and durability.
• CNC Machined Aluminum: Each component is CNC machined from high-quality US-sourced forged or billet aluminum for unparalleled strength and precision.
• Powder Coated and Anodized Finishes: The calipers are powder coated for a durable finish, while the aluminum pistons are hard anodized for corrosion resistance.

In addition to these features, the system includes stainless steel abutments and noise suppression clips for extended longevity and smooth operation.

Applications and Benefits

The Challenger S4 Brake System is a perfect fit for your 1970-1972 Mopar E-Body, including Dodge Challenger and Plymouth Barracuda models equipped with OE 2-piston disc brake spindles. This comprehensive brake kit offers a range of practical benefits for both daily driving and track use:

• Superior Stopping Power: The 2-piece slot, drilled, zinc-plate rotors and high-performance pads provide rapid deceleration and confident handling.
• Enhanced Durability: The system's robust construction ensures long-lasting performance and peace of mind.

Whether you're driving on the streets or hitting the track, the Challenger S4 Brake System is designed to meet the demands of demanding drivers, delivering exceptional braking performance and safety.