URO 1632400217 Engine Mount

Engine Mount for Mercedes-Benz ML320 and ML350

This URO engine mount restores proper engine support and helps reduce drivetrain vibration after a failed original mount wears out. It is a direct replacement for select Mercedes-Benz ML320 and ML350 applications, including the 1998-2003 Mercedes-Benz ML320 and 2003-2005 Mercedes-Benz ML350.

Key Features

• Guaranteed fitment for confirmed applications
• Supports and aligns the engine to OE specifications
• Helps reduce vibration and harshness from a worn mount
• Built with alloy and elastomer materials for heat and ozone resistance
• URO 1632400217 engine mount for select Mercedes-Benz models

Detailed Description

When the original engine mount deteriorates, the engine can shift more than it should, creating vibration, noise, and uneven drivetrain movement. This URO 1632400217 replacement engine mount is made for the Mercedes-Benz ML320 and Mercedes-Benz ML350, and it is engineered to support the engine in the correct OE position. It is a practical choice for drivers searching for a Mercedes-Benz ML320 engine mount replacement or a Mercedes-Benz ML350 engine mount that matches the original application.

This part cross-references Beck/Arnley 104-1989 for the same application.

What It Helps Fix

• Excessive engine vibration felt in the cabin
• Clunking or shifting caused by a worn mount
• Misalignment between the engine and drivetrain
• Harsh idle or rough operation from deteriorated support
• Noise related to failed rubber isolation in the mount

Installation Notes and Tips

Verify vehicle year and model before ordering. This mount is listed for 1998-2003 Mercedes-Benz ML320 and 2003-2005 Mercedes-Benz ML350. Inspect adjacent mounts and related drivetrain components during service, and replace any worn parts that could affect alignment or vibration control.

Quality Assurance

URO backs this engine mount with a 24 Month Unlimited Mileage Warranty. The construction uses heat- and ozone-resistant alloy and elastomer materials to support long-term durability in demanding engine bay conditions.