EBC DP4127R Yellowstuff Front Brake Pads for 74-92 Austin/Morris Mini/Innocenti

Vehicle Fitment

• 1974-1992 Austin Mini 1000, 1.0L, Front
• 1975-1983 Morris Mini 1100, 1.1L, Front
• 1979-1988 Innocenti 650, 0.6L, Front

Fitment Notes

• Front only
• Fully shimmed, chamfered, slotted
• Recommend street pre-bedding before any track use

Features

• Aramid fiber compound
• High friction from cold
• No warm-up required for street use
• Gets stronger under heat and load
• Improves brake effect by 30%
• No heat fade, even at truck weights
• Copper-free formula
• Brake-In surface coating for fast bedding
• Silk-smooth, noise-free braking
• Stable friction coefficient up to 450°C

Specifications

• Position: Front
• Compound: Yellowstuff
• Friction coefficient: 0.48 (nominal)

Included Components

• 1x Front Brake Pad Set

Product Description

The EBC DP4127R is a Yellowstuff front brake pad set built for the classic Mini platform, sold under multiple marque names across a decades-long production run -- the Austin Mini 1000 (1974-1992), Morris Mini 1100 (1975-1983), and the Italian-market licensed Innocenti 650 (1979-1988). Yellowstuff has been EBC's flagship pad for over a decade, delivering instant brake response and confident feel with silk-smooth, noise-free braking, and the aramid fiber compound improves overall brake effect by roughly 30% over stock.

High friction from cold means no warm-up period is needed for street use, and the compound only gets better as it heats up under load, with a stable friction coefficient holding firm right up to 450°C. Fully shimmed, chamfered, and slotted, each pad ships with EBC's Brake-In surface coating to speed up bedding after installation.

Updated in 2021 to a copper-free formula for current environmental legislation, Yellowstuff remains a favorite among kit car drivers and lighter race cars -- a pad that's earned real results, including a win in the MX5 race series. Given the extended bedding process of the copper-free compound, street pre-bedding is recommended before any track use.