Anchor 300887 Engine Mount Kit

Engine Mount Kit Overview

Anchor 300887 is an engine mount kit for the Lexus ES350. It supports the engine and helps dampen vibration to reduce noise transfer through the chassis. This part number is built to OEM standards for consistent fit and performance.

Key Features

• Engine mount kit for vibration control and engine support
• OEM-standard engineering using CAD/CAM processes
• Natural and Styrene Butadiene rubber for abrasion resistance and aging stability
• Rubber hardness is matched to vehicle application requirements
• Chemlock bonding agent helps create a strong rubber-to-metal bond
• Anchor 300887 is identified for the Lexus ES350 application

Detailed Description

Anchor 300887 is an engine mount kit engineered to support the engine while reducing vibration and noise. The rubber components use natural and Styrene Butadiene rubber for durability, and the design follows OEM standards with CAD/CAM-based consistency. For applications that require hydraulic mounting, the design approach also addresses higher vibration and torque conditions through fluid damping where OE specification calls for it. This part number, 300887, is a direct fit for 2007-2012 Lexus ES350 applications listed in the fitment data.

What It Helps Address

• Excess engine vibration felt in the cabin
• Noise transfer caused by worn engine mounts
• Engine movement under load or torque changes
• Rubber deterioration from age and abrasion
• Loss of mount stability from failed rubber-to-metal bonding

Installation Notes

Fits 2007-2012 Lexus ES350, N/A. Verify the existing mount layout and compare the included kit components to the vehicle’s original configuration before installation. Follow the vehicle service procedure for mount replacement and torque specifications.

Quality Assurance

Anchor manufactures this mount kit to OEM standards using CAD/CAM engineering processes and application-specific rubber hardness values. The design uses Chemlock bonding for a durable rubber-to-metal connection, and the materials are selected for abrasion resistance and aging stability.