Beck/Arnley Disc Brake Rotor P/N:083-3173

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$66.99
MPN: 083-3173
Item Package Quantity: 1
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Beck/Arnley Disc Brake Rotor P/N:083-3173
Beck/Arnley Disc Brake Rotor P/N:083-3173
$66.99

Keep smooth, confident stops on your Hyundai Elantra with the Beck/Arnley Disc Brake Rotor (MPN 083-3173). It's a rear-axle, application-specific replacement engineered to match OE form, fit, and function for the 2007-2010 Hyundai Elantra — see the Buyer's Guide tab for engine details.

  • Directional finish: optimizes break-in and helps seat the pads.
  • High-carbon content: maximizes thermal conductivity for consistent heat handling.
  • High-temp coating on exposed surfaces: improves appearance.
  • Application specific: designed as a direct replacement for the listed OE application, with attention to form, fit, and function.

Beck/Arnley works with a trusted global sourcing network to deliver OE-quality parts for foreign nameplates, so you can install the correct rear rotor with confidence and get the vehicle back on the road. Worn or scored rotors can produce vibration, pulsation, or noise under braking; if the rear rotors are the cause, this replaces them. Rotors wear as a set — for even, balanced braking it's best practice to replace both rear rotors together as a matched pair. Sold individually; this listing is for one rotor.

Interchange: 18A2456 · 10131452 · 1230165 · 12051024 · 584112H300 · 980498R · BD180016

This part cross-references / interchanges with the following part numbers:

18A2456, 10131452, 1230165, 12051024, 584112H300, 980498R, BD180016

Frequently Asked Questions

Will this rotor fit my vehicle?

It's a rear-axle disc brake rotor for the 2007-2010 Hyundai Elantra. Check the Buyer's Guide tab to confirm it matches your specific vehicle and engine.

Is this a front or rear rotor?

This is a rear disc brake rotor for the listed Hyundai Elantra applications.

Do I need to buy two?

It's sold individually, so this listing is for one rotor. For even, balanced braking it's best practice to replace both rear rotors together as a matched pair.

What does the high-carbon content do?

The high-carbon content maximizes thermal conductivity, helping the rotor manage heat consistently during braking.

Why does the rotor have a directional finish?

The directional finish optimizes break-in and helps the brake pads seat properly during the initial miles of use.