Anchor 9574 Engine Mount - Rear

Rear Engine Mount for Toyota Celica

Anchor 9574 is a rear engine mount for the 2000-2005 Toyota Celica. It is built to OE standards to support the engine and reduce vibration transfer through the drivetrain.

Key Features

• Direct-fit rear engine mount for 2000-2005 Toyota Celica applications
• Natural and SBR rubber construction for service life and vibration control
• Heat-treated grade 5 steel fasteners
• Rubber-to-metal bonding agent for a secure bond
• Rubber compound mixed to a specific Durometer hardness
• Standard replacement bracket color
• Anchor 9574 part number for easy identification

Detailed Description

Anchor 9574 is an OE-style rear engine mount engineered for the Toyota Celica. The mount supports the engine assembly while helping isolate vibration, which is important for maintaining drivability and reducing harshness in the cabin. Anchor uses natural and SBR rubber, a controlled Durometer specification, and bonded rubber-to-metal construction to match the demands of everyday street use. If you are replacing a worn Toyota Celica rear engine mount, Anchor 9574 provides a direct replacement solution for 2000-2005 Toyota Celica, rear applications. This part cross-references Airtex Fuel Pumps 4589 for the same application.

What It Helps Address

• Excess engine movement under load
• Vibration felt through the body or floor
• Clunking or shifting during acceleration and deceleration
• Wear-related deterioration in the rear mount on Toyota Celica models

Installation Notes and Tips

Inspect the surrounding mount brackets, fasteners, and adjacent engine mounts before installation. Verify the rear mounting position and confirm the replacement matches the original mount layout on the vehicle. Because mounting hardware is not included, reuse or source the correct hardware as needed for the repair.

Quality Assurance

Anchor designs this mount to OE standards and backs it with a 12-month warranty. The construction includes heat-treated grade 5 steel fasteners, a specialized rubber-to-metal bonding process, and a rubber compound selected for durability and performance.