Premium Quality Wilwood Tx6r Rear Kit 15.50in Black 2005-2012 Ford F250/f350 4wd Perfect Gift [5snWTzf9]

Wilwood TX6R Rear Kit: Ultimate Braking Performance

The Wilwood TX6R Rear Kit is the ultimate choice for enhancing the braking performance of your 2005-2012 Ford F250/F350 4WD. This advanced braking system is designed for trucks, SUVs, and armored vehicles, delivering consistent stopping power and extreme duty durability. With the TX6R radial mount six-piston calipers and massive 15.50-inch GT-60 directional vane Spec-37 alloy rotors, this kit ensures reliable braking even under sustained high heat. The kit is ready to bolt-on, making installation a breeze.

• TX6R radial mount six-piston calipers for maximum braking force.
• Massive 15.50-inch GT-60 directional vane Spec-37 alloy rotors for superior heat dissipation.

Technical Specifications and Compatibility

The Wilwood TX6R Rear Kit is engineered with precision to provide optimal performance and compatibility with your vehicle. The calipers are volume matched to ensure they work seamlessly with the original equipment power brake system output. This kit includes radial mount caliper brackets and all the necessary hardware for a complete installation. For some applications, braided stainless steel flex lines will need to be purchased separately.

• Volume matched calipers for compatibility with original equipment.
• Included hardware for easy installation.

Practical Applications and Benefits

The Wilwood TX6R Rear Kit is perfect for drivers who demand the best in braking performance. Whether you're tackling challenging road conditions or engaging in off-road adventures, this kit provides the confidence and control you need. The consistent stopping power and durability make it an ideal choice for both daily driving and demanding applications. Whether you're a truck enthusiast or a professional driver, this kit is designed to meet your needs and exceed your expectations.

• Enhanced braking performance for safer driving.
• Reliable durability for long-lasting performance.