EBC DP32007C Redstuff Ceramic Brake Pads Front for 2008-2017 BMW 5/7 Series

Vehicle Fitment

• 2008-2017 BMW 5 Series GT (F07, 550i / xDrive, 4.4L V8 Twin Turbo)
• 2008-2016 BMW 7 Series (F01/F02/F04, 730d / 750i / 760i / Hybrid variants)

Fitment Notes

• Front axle brake pad set only
• Fitment varies depending on factory brake package and caliper size
• Not compatible with performance or upgraded M-specific brake systems

Features

• EBC Redstuff ceramic low-dust brake compound
• Improved braking performance over OEM pads
• Stable friction coefficient up to high operating temperatures
• Low brake dust formulation for cleaner wheels
• Noise-reducing chamfered and shimmed design
• R90 ECE approved road-legal compound
• Enhanced cold bite for daily driving performance
• Reduced rotor wear compared to semi-metallic pads

Specifications

• Part Number: DP32007C
• Material: Ceramic aramid fiber composite
• Position: Front axle
• Pad Dimensions: 192.5 mm x 95 mm x 19 mm
• Temperature Range: Street performance (low to high heat stability)
• Brake Type: Disc brake compatible
• Approval: ECE R90 certified

Included Components

• 1x Front brake pad set (left + right axle set)

Product Description

The EBC DP32007C Redstuff brake pad set is a premium ceramic upgrade designed for high-performance street driving. Engineered for luxury sedans and performance-oriented BMW platforms, it delivers stronger initial bite and more consistent stopping power compared to standard OEM brake pads.

Built using a ceramic aramid fiber compound, these pads significantly reduce brake dust while maintaining stable friction across a wide temperature range. This makes them ideal for drivers who want improved braking response without sacrificing daily comfort or wheel cleanliness.

Designed specifically for select BMW 5 Series GT and 7 Series applications, the DP32007C fits factory calipers and provides a direct OE replacement solution. It is best suited for spirited road use and highway driving, offering long service life and reduced rotor wear under normal driving conditions.