Anchor 300960 Engine Mount Kit

Overview

Anchor 300960 is an engine mount kit built to support the engine and reduce vibration transfer. It is engineered to OEM standards and uses CAD/CAM-based design methods for consistent fit and quality. This kit is a direct fit solution for BMW applications that need stable engine support and controlled movement.

Key Features

• Engine mount kit for engine support and vibration damping
• OEM-standard engineering for consistent fit and performance
• Natural rubber and styrene butadiene rubber construction for abrasion resistance and aging stability
• Chemlock bonding agent for a stronger rubber-to-metal bond
• Rubber hardness is specified to match application requirements
• Hydraulic mount design is used where OE application calls for higher vibration and torque control

Detailed Description

Anchor 300960 is designed as an engine mount kit for BMW fitments including the X3, X4, and 530i xDrive. The kit is built around application-specific mounting support and vibration control, with rubber compounds selected for durability and long service life. The part number 300960 identifies the complete kit for buyers searching for an engine mount kit for BMW X3, BMW X4, or BMW 530i xDrive applications.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Helps Solve

• Excess engine movement under load
• Vibration transferred into the cabin
• Noise caused by worn engine mounts
• Rubber deterioration from age and abrasion
• Loss of stable engine support during operation

Installation Notes and Tips

Verify fitment by year, model, and application details before installation. Inspect surrounding mounts and related components for wear before replacing the engine mount kit. Follow OEM service procedures and torque specifications during installation.

Quality Assurance

Anchor designs this mount kit to OEM standards using CAD/CAM engineering methods. The rubber construction uses natural and styrene butadiene materials for abrasion resistance and aging stability, and Chemlock bonding is used to improve the rubber-to-metal connection.