URO 22116787657 Engine Mount - Left

BMW Left Engine Mount Replacement

This URO engine mount is a direct-fit replacement for the left side on select BMW 328d, 320i, 328i, and 428i applications. Built with an aluminum mount body, hydraulic construction, and a rubber bushing, it restores engine support and helps reduce drivetrain vibration in daily driving.

• Fits 2014-2018 BMW 328d, left
• Fits 2012-2014 BMW 320i, left
• Fits 2013-2014 BMW 328i, left, Production Date Range: Through 08/13
• Fits 2014 BMW 428i, left, Production Date Range: Through 08/13
• Fits 2012 BMW 328i, left
• Hydraulic engine mount construction for vibration control
• Aluminum mount material with rubber bushing material
• OE-style alignment and support for the engine
• Part number 22116787657 for application matching

Fitment and Application Details

Use this engine mount when replacing a worn or failed left-side mount on BMW 328d, BMW 320i, BMW 328i, or BMW 428i models listed above. The hydraulic design helps isolate engine movement, while the aluminum and rubber construction is selected for heat and ozone resistance in underhood conditions. Part number 22116787657 is also referenced as URO-013775 and VAICO V20-1552 for the same application.

What This Part Helps Address

• Excessive engine vibration felt in the cabin
• Clunking or shifting during acceleration and deceleration
• Engine movement caused by a failed left mount
• Misalignment between the engine and chassis support points
• Harshness from deteriorated hydraulic or rubber mount components

Installation Notes

Confirm left-side placement and production date before ordering, especially on 2013-2014 BMW 328i and 2014 BMW 428i applications with production through 08/13. Inspect adjacent mounts and related hardware during service, since worn components can contribute to repeat vibration complaints. This mount does not include mounting hardware, nuts, or washers.

Quality Assurance

URO backs this engine mount with a 24 Month Unlimited Mileage Warranty. The design follows OE specifications for engine support and fitment, with materials chosen for durability in heat- and ozone-exposed environments.