Dynamic Friction 633-76007L Disc Brake Rotor - Front Left

Overview

This Dynamic Friction disc brake rotor is built for a specific front left application and carries part number 633-76007L. It features a slotted and drilled surface, a zinc black hat finish, and a rust-resistant coating for added surface protection.

Key Features

• Slotted X drilled braking surface for consistent pad contact and heat management.
• Solid rotor construction with a directional surface design.
• Zinc black hat finish with rust-resistant coating.
• 4-bolt pattern with 97 mm bolt circle and 73 mm center hole.
• Plain disc finish with 254 mm outside diameter.

Detailed Description

Part number 633-76007L is a Dynamic Friction brake rotor engineered for Fits 1976-1981 Toyota Celica, front left. The rotor uses a solid design with a directional slotted and drilled braking surface, which helps maintain stable pad engagement and supports heat dissipation under repeated braking. The zinc black hat finish and rust-resistant coating add protection against corrosion on exposed surfaces. For buyers searching for a Toyota Celica front left brake rotor or a 633-76007L replacement rotor, this part matches the listed fitment and dimensions.

DFC Brake Rotor - Drilled and Slotted - Black is a product line focused on rotor surface design and corrosion protection. The black hat finish and drilled-slotted layout give this rotor a distinct service-oriented construction for drivers replacing a worn or damaged brake rotor on a Toyota Celica.

What It Is Used For

• Replacing a worn front left brake rotor.
• Correcting brake pulsation caused by rotor wear or surface irregularity.
• Restoring braking performance when the rotor surface is scored or uneven.
• Addressing corrosion on the rotor hat and exposed metal surfaces.

Installation Notes and Tips

Verify the 4-lug pattern, 97 mm bolt circle, 73 mm center hole, and 254 mm outside diameter before installation. Confirm the directional surface orientation and match the rotor to the listed front left position. Inspect pads, caliper condition, and hub surfaces during service to help ensure proper brake operation.