SKP SK200171 Suspension Stabilizer Bar Bushing Kit - Front To Frame

Suspension Stabilizer Bar Bushing Kit for Chrysler and Dodge

Restore proper sway bar support with this SKP suspension stabilizer bar bushing kit, part number SK200171. It is built as a direct replacement for the original front-to-frame bushing application on select Chrysler and Dodge vehicles, including the Chrysler 300, Dodge Charger, Dodge Challenger, and Dodge Magnum.

• Direct replacement for the original front-to-frame stabilizer bar bushing application
• Fits standard design sway bars with a 1.18" diameter
• Application-specific fitment for select Chrysler 300 and Dodge models
• SKP part number SK200171 for easy catalog matching
• Cross-reference: MOOG Chassis Products K200171

Application Details

Compatible With 2005-2009 Chrysler 300, front to frame; 2005-2008 Dodge Magnum, front to frame; 2006-2015 Dodge Charger, front to frame; and 2008-2015 Dodge Challenger, front to frame. This SK200171 bushing kit is specified for standard design systems using a 1.18" sway bar diameter, making it a focused replacement for the listed chassis applications.

What It Helps Address

• Clunking or rattling from worn stabilizer bar bushings
• Excess sway bar movement at the frame mount
• Loose or inconsistent front suspension feel
• Noise caused by deteriorated rubber bushings
• Restoration of proper sway bar support on Chrysler 300 and Dodge Charger platforms

Installation Notes

Verify sway bar diameter and mounting style before ordering. This part is intended for front-to-frame use on standard design applications with a 1.18" sway bar diameter. Compare the original bushing dimensions and vehicle configuration to confirm correct fitment for your Chrysler 300, Dodge Charger, Dodge Challenger, or Dodge Magnum.

Quality Assurance

SKP manufactures this replacement part to match vehicle specifications for fit, durability, and service life. Part number SK200171 is engineered as an aftermarket replacement for the listed applications and is supported by the brand's direct-replacement approach.