Mevotech GS40825 Suspension Stabilizer Bar Link Kit - Rear

Rear Stabilizer Bar Link for Mustang

Restore rear suspension response with this Mevotech Original Grade stabilizer bar link kit, part number GS40825. It is built as an OE-style replacement for regular commuting and routine driving, with fit, form, and function matched to the original design.

Compatible with 2005-2010 Ford Mustang rear suspension applications, this rear stabilizer link helps return consistent handling and ride quality on the Ford Mustang platform.

Key Features

• Mevotech Original Grade replacement for OE-style fitment
• Rear suspension stabilizer bar link kit
• Length: 8.5 in.
• Fixed bushing ends on both sides
• Built for 2005-2010 Ford Mustang rear applications
• Part number GS40825

Detailed Description

The Mevotech GS40825 is a rear suspension stabilizer bar link kit designed to match the original manufacturer’s fit, form, and function. For 2005-2010 Ford Mustang models, it supports stable rear suspension movement and helps maintain the handling characteristics expected from the factory setup. This OE replacement is a practical choice when servicing a worn rear sway bar link on a Ford Mustang, especially when restoring predictable road feel and suspension response matters.

This part cross-references MOOG Chassis Products K750137 for the same application.

What It Helps Fix

• Rear suspension clunking from worn stabilizer link bushings
• Loose or inconsistent rear handling on a Ford Mustang
• Excess play in the rear sway bar connection
• Ride quality changes caused by deteriorated link components
• Factory-style suspension response loss on 2005-2010 Mustang rear setups

Installation Notes and Tips

Verify rear position and length before installation. Confirm the fixed bushing end design matches the original link on the vehicle. Inspect adjacent sway bar hardware and suspension bushings during service to avoid replacing only one worn component in the rear stabilizer system.

Quality Assurance

Mevotech Original Grade parts are engineered as direct OE-style replacements for fit, form, and function, making them suitable for restoring factory-level suspension performance on routine-driven vehicles.