Centric 120.49008 Premium Vented Front Disc Brake Rotor

The Centric 120.49008 is a Premium OE replacement vented front brake rotor engineered to meet or exceed original equipment specifications. Built using strict QS and ISO quality standards, this rotor delivers dependable stopping performance with a cleaner, more refined finish than standard replacement rotors.

The friction surfaces are double disc ground to ensure parallelism, eliminate lateral run-out, and achieve near-perfect disc thickness variation (DTV). This process also leaves a non-directional finish on the friction surface for more effective pad-to-rotor break-in, resulting in quieter, smoother stops from the start.

Non-friction surfaces receive a durable electrocoating (E-coat) finish that provides long-lasting corrosion resistance — tested to withstand over 400 hours of salt water exposure without rusting. The 100% fully machined hat and rotor are mill-balanced to a tolerance of less than 2 oz. per inch, ensuring excellent rotor balance and vibration-free braking. A center-split core casting promotes proper heat transfer and thermal efficiency for consistent, safe braking performance.

Specifications:

• Disc Diameter: 256 mm
• Bolt Pattern: 4 x 100 mm (PCD)
• Bolt Size: 12.6 mm
• Minimum Thickness: 22 mm
• Construction: Vented
• Location: Front
• Quantity: Sold individually
• Hat Finish: E-coated
• Disc Finish: Natural (friction surface)

Key Features:

• Manufactured to QS and ISO quality system standards
• Electrocoating (E-coat) finish rated for 400+ hours of salt water exposure
• Double disc ground for parallelism and near-zero disc thickness variation
• Non-directional friction surface finish for effective pad break-in
• 100% fully machined hat for superior rotor balance
• Mill-corrected to less than 2 oz. per inch tolerance
• Center-split core casting for optimal heat transfer and thermal efficiency

Backed by a 90-day or 3,000-mile Centric limited warranty. This rotor is a direct OE replacement, designed to restore your stock braking system to original performance levels.