URO 95137504204 Engine Mount

OE Hydraulic Engine Mount for Porsche 924, 944, 968

This URO hydraulic engine mount is a direct-fit replacement for select Porsche 924, 944, and 968 applications. It is built to restore proper engine support and reduce drivetrain vibration when the original mount has worn out.

• Hydraulic mount design for vibration control
• Aluminum mount material with rubber bushing material
• OE-style mount configuration
• 2 mounting holes and 1 stud
• Mounting hardware not required
• Bracket, heat shield, instructions, nut, and washer not included

Fitment Details

• Fits 1992-1995 Porsche 968, N/A, exc. Tiptronic
• Fits 1983-1991 Porsche 944, N/A
• Fits 1987-1988 Porsche 924, N/A

Product Overview

Part number 95137504204 is engineered to align and support the engine to OE specifications while helping reduce harshness transmitted through the chassis. The hydraulic construction and rubber isolator are selected to manage vibration and maintain smoother operation in Porsche 924, Porsche 944, and Porsche 968 models. This URO 95137504204 replacement is a practical choice when the factory mount has collapsed, leaked, or lost its damping performance.

This part cross-references 1617900200 and URO-004466 for the same application.

What It Helps Address

• Excess engine movement under load
• Drivetrain vibration felt in the cabin
• Harsh idle or acceleration vibration
• Noise caused by a deteriorated mount
• Misalignment from a failed engine support

Installation Notes

Verify vehicle application before installation, especially on 1992-1995 Porsche 968 models, which exclude Tiptronic. Inspect surrounding brackets and mounting points for wear or damage before replacing the mount. Because mounting hardware is not required, reuse only serviceable existing fasteners and follow OE service procedures for torque and alignment.

Quality Assurance

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