05-14 ford mustang aerospace brakes For Sale

The 05-14 Ford Mustang Aerospace Brakes provide a high-performance braking solution for Mustang enthusiasts, delivering improved stopping power, reduced weight, and better thermal management. Ideal for both street and track applications, these brakes enhance vehicle dynamics and safety, making them a worthwhile upgrade for any performance-minded Mustang owner.

Includes:

• Billet Aluminum 4 Piston Calipers
• Billet Aluminum Hats
• Hawk Performance Brake Pads
• 11 3/8 Diameter, 5/16 Thick Drilled Rotors
• Billet Aluminum Mounting Brackets
• Grade 8 Hardware
• Retains Stock Sealed Bearing Hub Assembly and ABS sensors
• Meets All NHRA/ IHRA Requirements
• Made in U.S.A.

Performance Advantages

• Improved Heat Dissipation: Aerospace brakes are designed to manage heat better, reducing brake fade during aggressive driving or racing.
• Enhanced Modulation: The multi-piston design offers improved pedal feel and control, allowing for precise braking inputs.
• Consistent Braking Performance: Designed to maintain performance under high-stress conditions, ensuring reliability during track use or spirited driving.

Fitment and Installation

• Direct Bolt-On: Aerospace brakes typically offer a direct bolt-on fitment for 2005-2014 Ford Mustangs, making installation straightforward.
• Bracket Compatibility: May require specific brackets or adapters for proper fitment depending on the caliper and rotor size.
• Brake Line Compatibility: Stainless steel braided brake lines are often recommended for improved fluid transfer and pedal feel.

Weight and Dimensions

• Weight: Significantly lighter than factory brakes due to the use of lightweight materials.
• Dimensions: Specific rotor and caliper dimensions may vary based on application; check compatibility for desired performance upgrades.

Durability and Reliability

• Corrosion Resistance: The finishes on aerospace brake components provide durability against rust and corrosion, enhancing longevity.
• High-Temperature Tolerance: Designed to withstand high operating temperatures without compromising performance or structural integrity.