EBC DP41887R Yellowstuff Rear Brake Pads for 2013-2019 Ford Flex/Taurus

Vehicle Fitment

• 2013-2019 Ford Flex (2WD/4WD)
• 2013-2019 Ford Taurus (2WD)
• 2012-2016 Lincoln MKS (2WD)
• 2012-2019 Lincoln MKT (2WD/4WD)

Features

• High-performance aramid fiber compound for superior grip from cold
• Stable friction coefficient of 0.48 once bedded
• Effective up to 450°C for consistent braking performance
• Patented Brake-In™ surface coating accelerates bedding-in process
• Fully shimmed, chamfered, and slotted for noise-free operation
• Corrosion-resistant yellow powder-coated backing plate
• Suitable for street and track use, including towing and off-road applications
• ECE R90 approved for legal road use in Europe

Specifications

• Position: Rear axle
• Pad dimensions: 117 x 52 x 16 mm
• Friction coefficient: 0.48
• Operating temperature range: Up to 450°C
• Material: Aramid fiber
• Finish: Yellow powder coat
• Compliance: ECE R90 approved
• Quantity: Set of 4 pads (complete rear axle)

Included Components

• 4x EBC Yellowstuff rear brake pads

Product Description

The EBC Yellowstuff DP41887R rear brake pads are engineered for high-performance vehicles, offering a significant upgrade over standard OEM pads. Constructed from a high-friction aramid-fiber compound, these pads deliver exceptional braking power from cold temperatures, making them ideal for both street and track applications. With a friction coefficient of 0.48 and fade resistance up to 450°C, they provide consistent and reliable stopping power under demanding conditions.

Designed to fit various high-performance models, including the 2013-2019 Ford Flex, 2013-2019 Ford Taurus, 2012-2016 Lincoln MKS, and 2012-2019 Lincoln MKT, these pads are fully shimmed, chamfered, and slotted to ensure noise-free operation. The Brake-In™ surface coating facilitates quick bedding-in, while the corrosion-resistant yellow powder-coated backing plate enhances durability. ECE R90 approved, the DP41887R pads are a trusted choice for enthusiasts seeking enhanced braking performance.