FCS 347153 Shock Absorber - Rear

Rear Shock Absorber for Ram ProMaster City

FCS 347153 is a rear suspension shock absorber for 2015-2022 Ram ProMaster City models. It is built around the listed compressed length, extended length, and stroke length to match the rear suspension travel requirements for this application.

• Fits 2015-2022 Ram ProMaster City, rear
• Compressed length: 14.53
• Extended length: 22.68
• Stroke length: 8.15
• Part number: 347153

Product Details

This FCS shock absorber is specified for the rear position on the Ram ProMaster City and should be matched to the vehicle’s suspension geometry before installation. The compressed length of 14.53, extended length of 22.68, and 8.15 stroke length provide the key dimensional references needed when replacing a worn rear shock on 2015-2022 Ram ProMaster City vehicles. If you are searching for a rear shock absorber for Ram ProMaster City 2015-2022, FCS 347153 is the direct application listed here.

FCS 347153 is also a useful reference when comparing rear suspension shock absorber dimensions for Ram ProMaster City service work. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Replacement Reasons

• Rear suspension bounce or excessive body movement
• Uneven ride control over bumps and rough pavement
• Reduced damping performance from a worn shock absorber
• Rear-end instability during braking or load changes
• Noisy or inconsistent rear suspension response

Installation Notes

Verify rear fitment on the 2015-2022 Ram ProMaster City before installation and compare the compressed length, extended length, and stroke length to the removed unit. Confirm that the shock absorber orientation and mounting points match the vehicle’s rear suspension layout. Part number 347153 should be checked against the existing component and vehicle application data prior to service.

Quality Assurance

FCS supplies suspension components for OE-style replacement applications, and this rear shock absorber is cataloged with application-specific dimensional data to support accurate part selection.