Eibach 2895.31 Front Anti-Roll Sway Bar 35 mm for 2008-2023 Dodge Challenger RWD

Vehicle Fitment

• 2008-2023 Dodge Challenger (RWD; various trims including V6 & V8)
• 2011-2023 Dodge Charger RWD (various trims without self-leveling rear suspension)
• 2011-2012 Chrysler 300/300C (RWD; select trims)

Features

• Front anti-roll (sway) bar engineered for reduced body roll and improved handling
• Large 35 mm diameter hollow steel tube for increased stiffness
• Red powder-coated finish for corrosion resistance
• Two-position adjustable for tuning roll stiffness to driving style
• Includes polyurethane frame bushings for enhanced responsiveness
• Designed to enhance mid-corner grip and steering precision
• Direct bolt-on installation using existing mounting points
• Improves overall chassis control without affecting ride height

Specifications

• Part Number: 2895.31
• Product Type: Front anti-roll (sway) bar
• Bar Diameter: 35 mm
• Material: Hollow steel
• Finish: Red powder coat
• Adjustability: 2-position tuning
• Bushings: Polyurethane included
• Fitment Type: Direct front installation

Included Components

• 1x Eibach 35 mm tubular front anti-roll bar
• Polyurethane bushings
• Mounting hardware
• Installation instructions

Product Description

The Eibach 2895.31 Front Anti-Roll Sway Bar is a performance suspension upgrade designed to reduce body lean, improve roll resistance, and enhance chassis balance on compatible rear-wheel drive muscle cars. With a robust 35 mm hollow steel construction and adjustable mount positions, this sway bar allows drivers to dial in the desired level of roll stiffness for daily driving or more aggressive cornering.

Finished in a corrosion-resistant red powder coat and including polyurethane bushings and hardware, the bar installs directly into the factory mounting points without affecting ride height. Ideal for Dodge Challenger (2008-2023) and many RWD Dodge Charger models (2011-2023), as well as select Chrysler 300/300C applications, this front anti-roll bar enhances steering response and stability through turns while maintaining everyday usability.