Monroe 210243 Suspension Shock Absorber - Rear

Monroe Restore Shock Absorber

Monroe Restore shock absorber 210243 is a rear suspension replacement built for consistent handling and control while reducing noise, vibration, and harshness. It is a telescopic, gas-charged shock with a steel body, painted finish, and loop-to-loop mounting design.

Key Features

• Progressive valving for controlled damping response.
• Gas-charged design for stable suspension performance.
• Steel body with painted black finish.
• Dust shield included for added protection.
• Loop (eyelet) bushing and sleeve mounts at both ends.
• Premium grade construction from Monroe Restore.

Detailed Description

Monroe Restore 210243 is a premium suspension shock absorber engineered for rear applications on select Ford Expedition and Lincoln Navigator models. The telescopic design uses a steel cylinder and body, with a passive, non-adjustable setup that keeps the suspension response predictable. With a 13.98-inch compressed length, 23.03-inch extended length, and 9.06-inch stroke, this shock is built to match the required travel range for the listed applications. Monroe Restore 210243 is a practical choice when replacing worn rear shocks on a Ford Expedition or Lincoln Navigator and restoring consistent ride control.

The Monroe Restore product line focuses on replacement shocks that balance handling and comfort. This part cross-references Monroe Shocks & Struts 37154 for the same application.

What It Helps Address

• Excessive bouncing after bumps or dips.
• Loose or unsettled rear suspension feel.
• Noise and vibration from worn shock absorbers.
• Reduced control during normal driving and load changes.
• Uneven damping response from aging suspension components.

Installation Notes and Tips

Fits 1997-2002 Ford Expedition, rear. Fits 1998-2002 Lincoln Navigator, rear. Verify mount style, compressed length, and extended length before installation. Mounting hardware is not included.

Quality Assurance

Monroe Restore shock absorbers are designed to deliver consistent performance and a high level of handling control while filtering out noise, vibration, and harshness.