SKP SKMA5534 Engine Mount - Front Lower or Front Right

Engine Mount for Dodge Journey and Chrysler 200

SKP SKMA5534 is an engine mount for select Dodge Journey, Chrysler 200, and Dodge Avenger applications. It is built to secure the engine in place while helping reduce vibration and cabin noise for a smoother driving feel.

• Direct-fit engine mount for front right and front lower positions
• Fits 2011-2016 Dodge Journey, front right, OEM hydraulic
• Fits 2017-2018 Dodge Journey, front lower, OEM hydraulic
• Fits 2019 Dodge Journey, front right, with bracket
• Fits 2011-2014 Chrysler 200, front right, OEM hydraulic
• Fits 2011-2013 Dodge Avenger, front right, OEM hydraulic
• Built with materials selected for durability and stable engine support

Fitment Details

SKP SKMA5534 is engineered for vehicles that use hydraulic-style mounting at the front right or front lower engine mount location. This part cross-references Marmon Ride Control A5534 for the same application. If you are replacing a worn engine mount on a Dodge Journey, Chrysler 200, or Dodge Avenger, this part number helps narrow the search to the correct OE-style replacement.

Common Problems It Can Address

• Excessive engine vibration felt in the cabin
• Clunking or shifting during acceleration and braking
• Visible wear, cracking, or fluid loss from a hydraulic mount
• Engine movement caused by a weakened mount
• Noisy operation from a mount that no longer isolates vibration

Installation Notes

Verify the mount position, bracket style, and hydraulic configuration before installation. Confirm the vehicle year, make, and model against the listed fitment for SKMA5534, especially on Dodge Journey applications that use different front right and front lower mounting locations. Professional installation is recommended to ensure proper alignment and engine support.

Quality Assurance

SKP manufactures engine mounts using controlled production methods and materials chosen to meet industry standards for fit and function. The SKMA5534 is built to provide secure engine positioning and consistent vibration isolation over long-term use.