Beck/Arnley Disc Brake Rotor P/N:083-2609

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$104.99
MPN: 083-2609
Item Package Quantity: 1
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Beck/Arnley Disc Brake Rotor P/N:083-2609
Beck/Arnley Disc Brake Rotor P/N:083-2609
$104.99

Shopping for Supra rotors? The Beck/Arnley Disc Brake Rotor 083-2609 is a rear disc brake rotor built as a direct replacement for foreign-nameplate applications, dropping in on the 1993-1998 Toyota Supra along with the 1993-1997 Lexus GS300, 1993-2000 Lexus LS400, 1999-2000 Lexus SC300 and 1992-2000 Lexus SC400.

  • OE form, fit and function: matches the original equipment part so it installs as a direct replacement.
  • Directional finish: optimizes break-in and pad seating.
  • High carbon content: maximizes thermal conductivity.
  • High-temp coating: applied to exposed surfaces to improve appearance.

This is an application-specific rotor for the listed vehicles. Warped, scored or worn rotors can cause pedal pulsation, vibration or noise when braking — if a failed rear rotor is the cause, this replaces it. Rotors wear as a set, so replacing both rear sides together as a matched pair is recommended for even, balanced braking. Sold individually; order two for a complete rear-axle replacement.

Frequently Asked Questions

Does this rotor fit a Toyota Supra?

Yes, the 083-2609 rear rotor is listed for the 1993-1998 Toyota Supra, plus the Lexus GS300, LS400, SC300 and SC400 — check the Buyer's Guide tab for your year.

Is this a front or rear rotor?

It is cataloged as a rear disc brake rotor for the listed applications.

How many Supra brake rotors do I need?

Rotors are sold individually. Order two to replace both sides of the rear axle together as a matched pair for even, balanced braking.

What are the signs my rotors need replacing?

Pedal pulsation, brake or steering-wheel vibration, scoring, or noise when braking can indicate worn rotors; diagnose the cause before replacing.

What makes these Toyota Supra rotors different?

High carbon content maximizes thermal conductivity, a directional finish optimizes break-in and pad seating, and a high-temp coating on exposed surfaces improves appearance.