Anchor 300925 Engine Mount Kit

Engine Mount Kit Overview

Anchor 300925 is an engine mount kit for the Toyota C-HR. It is built to support the engine and reduce vibration, with OEM-level engineering focused on consistency and fit. This part number, 300925, is listed for 2018-2022 Toyota C-HR applications.

Key Features

• Engine mount kit for direct replacement service
• OEM-standard engineering using CAD/CAM processes
• Natural and Styrene Butadiene rubber for abrasion resistance and aging stability
• Chemlock bonding agent for a strong rubber-to-metal bond
• Rubber hardness matched to application requirements
• Hydraulic mount design used where OE specifies it for added vibration control

Detailed Description

Anchor 300925 is engineered as a replacement engine mount kit for the Toyota C-HR, with a focus on controlling engine movement and isolating vibration. The design uses rubber compounds selected for durability and long service life, while the bonding process and application-specific durometer help maintain stable performance under load. The part number 300925 is associated with 2018-2022 Toyota C-HR fitment, making it a relevant choice for owners addressing worn mounts or vibration-related drivability concerns.

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

What It Is Used For

• Excess engine vibration felt in the cabin
• Clunking or movement from worn mount components
• Engine or drivetrain shift under acceleration or load changes
• Noise caused by deteriorated rubber isolation
• Loss of support from aging mount assemblies

Installation Notes and Tips

Fits 2018-2022 Toyota C-HR, N/A. Verify the existing mount layout and compare the part number 300925 with the vehicle before installation. Inspect surrounding brackets and fasteners for wear or damage during service, and replace any worn mounting points as needed.

Quality Assurance

Anchor designs this mount kit to OEM standards and uses hardened steel fasteners where included, along with Chemlock rubber-to-metal bonding and application-specific rubber hardness for consistent performance.