Experience 1979-1993 Mustang Track4 Brake System Front 4261611mg Accessory [ZHgs1r8X]

1979-1993 Mustang Track4 Brake System Front

Introducing the Baer Brakes Track4 Brake System Front for your 1979-1993 Ford Mustang. This high-performance brake kit is designed to provide superior stopping power and durability, enhancing the overall driving experience of your classic muscle car. With its advanced features and precise engineering, this kit is a must-have for any Mustang enthusiast looking to upgrade their braking system.

Key Features and Specifications

The Baer Brakes Track4 Brake System Front is a top-tier product, featuring a 2-piece, 4-piston T4 caliper manufactured in Phoenix, AZ. This caliper is CNC machined from US-sourced forged or billet aluminum, ensuring a robust and lightweight construction. The kit includes a powder-coated finish for a sleek appearance and long-lasting durability. Key components such as stainless steel pistons, abutments, and noise suppression clips are used for enhanced performance and reduced wear. To minimize uneven pad wear, the pistons are staggered, and dual seals ensure dust/weather and pressure protection. The 1-piece slot, drilled, zinc-plate rotor is designed for optimal heat dissipation and increased braking efficiency. This kit is specifically designed for Ford Mustangs with OE V8 spindles (5-lug) and fits the front axle.

Practical Uses and Benefits

The Baer Brakes Track4 Brake System Front is perfect for everyday driving, high-performance applications, or track days. With its superior stopping power and precision engineering, this kit ensures a safer and more confident driving experience. Whether you're tackling tight corners, navigating city traffic, or pushing the limits on the track, this brake system will keep you in control. The performance-grade components and durable construction make this kit a reliable choice for Mustang owners who demand the best. Upgrade your 1979-1993 Ford Mustang today with the Baer Brakes Track4 Brake System Front and experience the difference in performance and safety.