EBC RK7345 Ultimax OE Style Rear Brake Rotor for 1997-2001 Honda Prelude

Vehicle Fitment

• 1997-2001 Honda Prelude
• 2006-2015 Honda Civic
• 2013-2015 Acura ILX

Fitment Notes

• Rear position only
• Compatible with 5-lug bolt pattern (114.3mm)
• Center hole diameter: 64.1mm
• Not compatible with 2WD or AWD models

Features

• OE-style solid rotors for direct replacement
• Precision-cast from G3000 iron for durability
• Surface ground finish for smooth braking
• Thermic black coating for corrosion resistance
• Run-out tested to ensure quality and performance
• Designed for everyday street driving and light performance use
• Low dust and quiet operation
• Easy installation with no modifications required

Specifications

• Diameter: 260mm (10.2 inches)
• Thickness: 9mm (new), 7.5mm (minimum)
• Height: 42mm
• Center Hole Diameter: 64.1mm
• Number of Bolt Holes: 5
• Bolt Pattern: 114.3mm (5-lug)
• Rotor Type: Solid
• Material: G3000 cast iron
• Finish: Thermic black coating

Included Components

• 2x EBC RK7345 Rear Brake Rotors

Product Description

The EBC RK7345 Ultimax OE Style Rear Brake Rotor is engineered to provide a direct replacement for the rear brakes of various Honda and Acura models, including the 1997-2001 Honda Prelude, 2006-2015 Honda Civic, and 2013-2015 Acura ILX. Designed with precision and quality in mind, this rotor offers a solid construction with a thermic black coating to resist corrosion, ensuring longevity and reliable performance.

With a diameter of 260mm and a thickness of 9mm (new), the RK7345 rotor is compatible with a 5-lug bolt pattern of 114.3mm and a center hole diameter of 64.1mm, making it a perfect fit for the specified vehicles. The rotor's surface ground finish provides smooth braking, while the run-out testing guarantees minimal vibration and noise.

Ideal for everyday street driving and light performance use, the EBC RK7345 rotor delivers low dust and quiet operation. Its easy installation process requires no modifications, allowing for a hassle-free upgrade to your braking system.