Brembo P85117N Rear Ceramic Brake Pads for 2011-2016 Audi A8 Quattro

Vehicle Fitment

• 2011-2016 Audi A8 Quattro (Rear Brake Pads)
• 2013-2018 Audi S8 (Rear Brake Pads)
• 2013 Audi A6 Quattro (Rear Brake Pads)

Features

• OE-equivalent Prime Ceramic (NAO) friction material engineered for smooth, reliable braking
• Rear axle specific design for precise, direct replacement
• Low dust formulation helps keep wheels cleaner
• Prepared for electric wear indicator for accurate service alerts
• Chamfered edges to reduce noise and vibration
• Includes anti-squeal shims and necessary hardware
• Corrosion-resistant backing plates for durability
• Designed to match OEM braking system performance and safety

Specifications

• Position: Rear axle
• Material: Prime Ceramic (NAO) friction compound
• Approx. pad width: 116 mm
• Approx. pad height: 59 mm
• Approx. thickness: 17 mm
• FMSI reference: D1547 / 8755 (rear pad code)
• Wear indicator: Electric type prepared
• Brake system compatibility: Lucas style rear brake calipers

Included Components

• 2x Rear ceramic brake pads (left and right)
• 2x Anti-squeal shims
• 1x Mounting hardware kit

Product Description

The Brembo P85117N rear brake pad set delivers premium OEM-equivalent ceramic braking performance tailored for select Audi luxury and performance sedans. Utilizing high-quality NAO ceramic friction material, these pads provide smooth, consistent braking with reduced noise and low dust output. The rear axle specific design ensures a precise fit and reliable performance matched to the original braking system on compatible Audi models.

This brake pad kit is engineered for rear brake systems on vehicles including the Audi A8 Quattro (2011-2016), Audi S8 (2013-2018), and select Audi A6 Quattro applications around 2013. Prepared for electric wear indicators and supplied with anti-squeal shims and mounting hardware, the P85117N pads are a strong choice for replacing worn rear pads with parts that maintain OEM standards of performance and reliability. Professional installation is recommended to ensure proper fit and optimal braking performance.