Going Fast Ebc 13+ Ford F250 (inc Super Duty) 6.2 (2wd) Extra Duty Rear Brake Pads Special Discount [ZP6Yfmdy]

Superior Performance Rear Brake Pads for Ford F250

Introducing the Going Fast Ebc 13+ Ford F250 (inc Super Duty) 6.2 (2wd) Extra Duty Rear Brake Pads Special Discount [ZP6Yfmdy], a cutting-edge solution for drivers seeking enhanced braking performance without compromising on street usability. Engineered with ECO-friendly technology at the UK EFI Bristol factory, these brake pads offer unusually high friction levels while maintaining a smooth and responsive feel on the road. The innovative design ensures a strong brake effect from the moment you apply the brake, even when cold, making them ideal for everyday driving conditions.

• High Friction Levels for superior stopping power.
• Street-Friendly Design for a smooth and responsive braking experience.

Robust Performance and Durability

Crafted with a race pedigree, these brake pads are built to withstand extreme temperatures, up to 1400°F, ensuring effective stopping power in the harshest conditions. The Extra Duty material is rotor-friendly, minimizing dust and noise, providing a clean and quiet driving experience. Each set comes with revolutionary NUCAP piston insert shims, reducing brake pulsation and improving overall performance.

• Effective Stopping Power at temperatures exceeding 1400°F.
• Rotor-Friendly Material for a longer lifespan and reduced wear.

Wide Range of Usability and Practical Applications

These brake pads have been rigorously tested in the worst wet and cold conditions, proving their exceptional performance in challenging scenarios. Their wide range of usability makes them suitable for various Ford F250 and F350 Super Duty models, including King Ranch, Lariat, Limited, Platinum, XL, and XLT. Whether you're tackling downhill descents, heavy towing, or daily commuting, these brake pads deliver consistent and reliable performance.

• Wide Range of Compatibility for various Ford F250 and F350 Super Duty models.
• Excellent Performance in wet, cold, and high-temperature conditions.