EBC DP4642/2R Yellowstuff Rear Pads for 1988-2001 Honda/Acura Civic/CRX/Prelude

Vehicle Fitment

• 1988-2001 Honda Civic (1.4-2.0 L), including del Sol & Si - Rear axle
• 1988-1992 Honda Accord 2.0-2.2 L - Rear axle
• 1988-1991 Honda CRX 1.6-1.6 L Si - Rear axle
• 1985-1991 Honda Prelude (BA4) 2.0 L, including Si - Rear axle
• 1990-2001 Acura Integra (LS/GS/GS-R/Type-R) - Rear axle

Features

• High-friction Yellowstuff aramid fibre compound, offers cold-bite & improves with heat
• Brake-In™ red surface coating for faster bedding-in
• Center-line slots and chamfered edges reduce noise, dust, and cracking
• Copper-free, eco-compliant design
• Stable braking up to ~500 °C, brief tolerance to track-level heat
• Progressive pedal feel suited for street and light track use
• Fully shimmed for quiet, vibration-free operation
• ECE R90 certified - road-legal and safety compliant

Specifications

• Position: Rear axle only
• Pad dimensions: 89 x 35 x 13 mm (FMSI D374 pattern)
• Thickness: 13 mm; Weight per set: ~0.54 kg
• Material: Copper-free aramid fibre composite
• Operating temperature: effective cold; stable to ~500 °C, track-use peaks tolerable

Included Components

• 4x rear brake pads (2 left & 2 right)

Product Description

The EBC DP4642/2R Yellowstuff rear brake pads are engineered for late-'80s to early-'00s Honda and Acura models - including Civic (del Sol, Si), Accord, CRX, Prelude, and Integra. These pads feature a high-friction aramid fibre compound that provides strong cold bite and becomes even more effective under heat, ideal for spirited street driving and track use. The pre-applied Brake-In™ coating accelerates bedding-in for reliable performance from day one.

Designed for the rear axle, the pads include center slots, chamfered edges, and full shims to minimize noise, dust, and rotor wear. With stability up to ~500 °C and peak capability beyond, they're street-ready with light track ability. Copper-free and ECE R90 certified, this set of four FMSI D374 pads (~0.54 kg) ensures quiet, efficient stopping power for performance-minded drivers.