EBC DP4812/2R Yellowstuff Front Brake Pads for 96-15 Honda Civic/90-02 Accord

Vehicle Fitment

• 1990-2002 Honda Accord (front disc brakes)
• 1996-2015 Honda Civic (front disc brakes)
• 1997-1999 Acura CL (front disc brakes)
• 1996-2005 Acura EL (front disc brakes)

Fitment Notes

• Front axle pad set only -- replace both pads together for balanced braking.
• Do NOT fit to rear unless same compound is used front and rear.
• Designed for OEM-style calipers; verify disc spec and caliper type before ordering.

Features

• Yellowstuff high-friction compound delivers strong stopping power from cold--and improves with heat.
• Track-capable design suitable for aggressive street driving, light towing, and occasional track use.
• Brake-In™ surface coating ensures quick bedding and consistent performance.
• Fully shimmed, slotted, and chamfered for noise reduction and fade control.
• NRS mechanical backplate retention prevents pad debonding during extreme use.
• Constructed from aramid fiber-based material that preserves rotor life while delivering high stopping force.

Specifications

• Part Number: DP4812/2R
• Position: Front axle
• Material: Aramid fiber Yellowstuff compound
• Brake-In™ coating: Included
• Application Type: Street & Track
• Not low-dust--designed for maximum performance.
• Warranty: 1 year or 10,000 miles

Included Components

• 4x Front Yellowstuff brake pads (complete set for both wheels)
• Pre-installed anti-squeal shims and hardware where applicable
• Installation instructions and Bedding-In guide

Product Description

EBC's DP4812/2R Yellowstuff front brake pads elevate braking performance for a wide range of Hondas and early Acuras--including Accord, Civic, CL, and EL models. The aramid-fiber compound grips strongly even from cold and scales with heat, delivering reliable stopping power under street, towing, or occasional track conditions.

Featuring a Brake-In™ coating, fully shimmed and slotted design, and NRS backplate retention, these pads expedite bedding, reduce noise, and resist pad deformation under stress. While not low-dust, their durable construction and rotor-friendly nature make them a preferred upgrade for performance-minded drivers seeking superior braking with confidence.