Beck/Arnley Disc Brake Rotor P/N:083-3368

Be the first to review this product
$100.99
MPN: 083-3368
Item Package Quantity: 1

Have questions?

Beck/Arnley Disc Brake Rotor P/N:083-3368
Beck/Arnley Disc Brake Rotor P/N:083-3368
$100.99

Keep front braking smooth and consistent with the Beck/Arnley Disc Brake Rotor 083-3368, a front-position rotor designed as a direct replacement for the Original Equipment application on your Toyota. It fits the 2009-2012 Toyota RAV4 and the 2015-2018 Toyota RAV4 — see the Buyer's Guide tab to confirm the engine for your vehicle.

  • OE form, fit and function: engineered as an application-specific rotor for this vehicle, matching the original part's form, fit and function.
  • Directional finish: the directional finish optimizes break-in and pad seating.
  • High carbon content: a high-carbon composition maximizes thermal conductivity.
  • High-temp coating: applied to the exposed surfaces to improve appearance.

Beck/Arnley develops parts for foreign-nameplate applications with a focus on form, fit and function, sourced through a trusted global network to meet Beck/Arnley requirements and specifications. This rotor is sold individually — for even, balanced braking, it's best practice to replace both front rotors as a matched pair and to inspect the pads at the same time.

Interchange: 18A2448 · 31434 · 12044146 · JBR1303EVC · 980477 · 435120R010 · BD126404

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

18A2448, 31434, 12044146, JBR1303EVC, 980477, 435120R010, BD126404

Frequently Asked Questions

Which vehicles does the Beck/Arnley 083-3368 rotor fit?

It's a front rotor for the 2009-2012 Toyota RAV4 and the 2015-2018 Toyota RAV4. Check the Buyer's Guide tab to confirm the engine for your specific vehicle.

Is this rotor sold as a pair?

No, it's sold individually — this listing is for one rotor. For even, balanced braking it's best practice to replace both front rotors as a matched pair.

What does the directional finish do?

The directional finish is designed to optimize break-in and help the pads seat properly during initial use.

Why does this rotor use high carbon content?

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

Is the coating on the entire rotor?

The high-temperature coating is applied to the exposed surfaces to improve appearance, as stated by the manufacturer.