Monroe 72787 Suspension Strut - Front Right

Monroe OESpectrum Front Right Strut for Transit Connect

Monroe OESpectrum Strut 72787 is a front right suspension strut for the 2014-2023 Ford Transit Connect. It is built to deliver controlled handling while reducing noise, vibration, and harshness in everyday driving.

Key Features

• Fits 2014-2023 Ford Transit Connect, front right
• Monroe OESpectrum Strut line tuned with application-specific valving
• Gas charged unit with automatic strut rod extension
• Compressed length: 9.98 in; extended length: 17.43 in
• Travel length: 7.45 in for suspension movement control
• Reserve tube diameter: 2.047 in
• Mounting hardware included
• Part number: 72787

Product Details

Monroe OESpectrum Strut 72787 is engineered for the Ford Transit Connect front right position and uses Monroe’s OESpectrum product line valving to match the needs of the application. The design focuses on steering response, ride control, and isolation from road harshness, making it a practical OE-style replacement for daily-use vans. This part cross-references Monroe Shocks & Struts (e.g., DV6Z18124F, DV6Z18124G) for the same application.

What It Helps Address

• Excessive front-end bounce or oscillation
• Reduced steering precision on rough roads
• Noise and vibration transmitted through the suspension
• Uneven ride control from a worn front right strut
• Loss of damping performance in the Ford Transit Connect front suspension

Installation Notes

Install on the front right position only for confirmed Transit Connect fitment. Verify compressed length, extended length, and mounting points against the original strut before installation. The gas-charged design extends automatically, so handle the unit carefully during setup and alignment. Inspect related suspension components, including mounts and bushings, before completing the repair.

Quality Assurance

Monroe backs the OESpectrum line with a Limited Lifetime Warranty and the Feel the Difference Guarantee. The product line uses global original equipment valving technology to support consistent damping characteristics across the specified application.