EBC DP51193B Bluestuff NDX Brake Pads for 1990-2007 Honda Accord, 02-15 Honda

Vehicle Fitment

• 1990-2007 Honda Accord
• 2002-2015 Honda Civic
• 1995-1998 Acura TL
• 2004-2008 Acura TSX
• 2001-2005 Acura EL
• 2013-2015 Acura ILX
• 1997-2001 Acura Integra
• 1987-1990 Acura Legend
• 2002-2006 Acura RSX
• 1992-2001 Honda Prelude
• 2000-2009 Honda S2000
• 2010-2013 Suzuki Kizashi

Fitment Notes

• Compatible with solid rear rotors only (260mm-282mm diameter).
• Not suitable for vehicles with rear drum brakes.
• Pads require careful bedding-in before track use.

Features

• High friction sport and race material for aggressive street and track applications.
• Aramid fiber-based compound for reduced rotor wear and improved performance.
• Fast bedding-in process with a linear performance curve.
• Suitable for rear calipers of various vehicles and lighter race cars.
• Provides excellent bite from cold temperatures.
• R90 approved for street use in most applications.
• Longer lifespan compared to EBC Yellowstuff pads.
• Stable performance in both wet and dry conditions.

Specifications

• Material: Aramid fiber-based Bluestuff NDX compound
• FMSI Pad Number: D537
• Position: Rear
• Rotor Compatibility: Solid, 260mm-282mm diameter
• Pad Dimensions: 89mm x 48mm x 14mm
• Height: 48mm
• Thickness: 14mm
• Length: 89mm
• Center Hole Diameter: 61mm

Included Components

• 1x EBC DP51193B Bluestuff NDX Rear Brake Pad Set

Product Description

The EBC DP51193B Bluestuff NDX Rear Brake Pads are designed for high-performance driving, offering exceptional braking power and rapid bedding-in times. With a high-friction aramid fiber-based compound, these pads provide superior stopping power, ideal for aggressive street driving and track applications.

These rear brake pads are compatible with various 1990-2007 Honda Accord, 2002-2015 Honda Civic, 1995-1998 Acura TL, 2004-2008 Acura TSX, and other models equipped with solid 260mm-282mm diameter rear rotors. The integrally molded construction ensures long-lasting durability, while the pre-bedding process reduces the bedding-in time, making them ready for performance driving sooner.