Dynamic Friction Company Disc Brake Rotor P/N:900-26003

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$84.99
MPN: 900-26003
UPC: 190920675362
Item Package Quantity: 1
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Dynamic Friction Company Disc Brake Rotor P/N:900-26003
Dynamic Friction Company Disc Brake Rotor P/N:900-26003
$84.99

Bring smooth, balanced braking back to your Tesla with the DYNAMIC FRICTION brake rotor (P/N 900-26003, also written 90026003). This rear disc brake rotor drops in as a direct-fit replacement for the 2017-2026 Tesla 3 and 2023-2026 Tesla Y — see the Buyer's Guide tab for engine-level fitment.

  • Precision mill-balanced: 100% mill-balanced for smoother stopping and reduced vibration.
  • Premium castings: G3000/G11H18 high-carbon alloy iron castings for strength, stability, and durability.
  • Geomet® coated: provides high-performance corrosion protection.
  • OE vane configuration: matches the original vane configuration to support proper heat dissipation.

Held to tight tolerances — Disc Thickness Variation (DTV) of .010 mm maximum and lateral runout of .050 mm maximum — this rotor is machined with a fine-turned finish (16 RMS) that helps improve initial rotor and pad break-in.

Sold individually — this listing is for one rotor. For even, balanced braking, replacing both rear rotors as a matched pair is recommended.

Frequently Asked Questions

Does this rotor fit my Tesla?

It's a direct-fit rear replacement for the 2017-2026 Tesla 3 and 2023-2026 Tesla Y. Check the Buyer's Guide tab to confirm the exact application for your vehicle.

Is this a front or rear rotor?

This is a rear brake rotor for the listed applications.

What are these Tesla model 3 brake rotors made of?

This rotor uses premium G3000/G11H18 high-carbon alloy iron castings for strength, stability, and durability.

Does this rotor have corrosion protection?

Yes. It is Geomet® coated to provide high-performance corrosion protection.

Should I replace both rotors at the same time?

This listing is for one rotor, sold individually. Replacing both rear rotors as a matched pair is recommended for even, balanced braking.