EBC DP2891 Greenstuff Front Brake Pads for 02-06 Acura RSX/06-11 Honda Civic Si

Vehicle Fitment

• 2002-2006 Acura RSX (Base, FWD)
• 2006-2011 Honda Civic Si (FWD)
• 2003-2005 Honda Civic Si (FWD)
• 2007-2008 Honda Fit (Base, Sport, FWD)
• 1993-1997 Honda Civic del Sol (Si, S, VTEC, FWD)
• 2009-2015 Honda Civic (Hybrid-L, EX-L, LX-S, HF, Natural Gas, SE, FWD)

Features

• Greenstuff 2000 compound offers ~15% improved stopping power over OEM
• High friction Kevlar-based material enhances braking performance
• Red "brake-in" surface coating ensures quick and safe bedding-in
• Medium dust output keeps wheels cleaner compared to standard pads
• Fade resistance up to 600 °C (1100 °F) suitable for spirited driving
• Shimmed, chamfered, and slotted design reduces noise and vibration
• Powder-coated backing plate prevents corrosion and extends pad life
• ECE R 90 type approved for most vehicles

Specifications

• Position: Front axle only
• FMSI Pad No.: D621; Rotor compatibility: 262 mm diameter
• Pad dimensions: 136 x 57 x 16 mm; Center hole: 64.1 mm
• Material: Semi-metallic Greenstuff 2000 series
• Nominal friction coefficient: ~0.55; Temperature rating: 600 °C
• Compatible with OEM-style calipers across listed vehicles

Included Components

• 1x Pair of front brake pads (2 pads)

Product Description

The EBC DP2891 Greenstuff Front Brake Pads are designed for a wide range of Honda and Acura vehicles, including RSX, Civic Si, Fit, and del Sol models. These pads feature EBC's Greenstuff 2000 compound, which delivers approximately 15% more stopping power compared to OEM pads, making them ideal for daily driving and mild performance applications.

Engineered with a high friction Kevlar-based material, the DP2891 pads offer enhanced braking performance while maintaining a medium dust output to keep wheels cleaner. The red "brake-in" surface coating ensures quick and safe bedding-in, while the shimmed, chamfered, and slotted design reduces noise and vibration. Additionally, the powder-coated backing plate prevents corrosion, extending the life of the pads. With a fade resistance up to 600 °C (1100 °F), these pads are suitable for spirited driving and provide consistent braking performance.