Whiteline Rear Adjustable Sway Bar 24mm 3 Point for Jeep Gladiator JT 2020-on

Whiteline Sway Bars

Whiteline Sway bars dramatically improve the grip, handling and performance of your vehicle. Cornering loads are spread more evenly across the tyres delivering more grip and frankly, that's what it's all about. You also get improved tyre wear as your tyres stay flatter and more upright. Comfort improves because your car sits flatter through bends meaning less movement inside the vehicle.

Allow their stiffness to be altered by increasing or reducing the length of the lever arms.

Whiteline Sway bars are manufactured using the finest grade Australian spring steel. They are powder coated and supplied with high performance synthetic elastomer mounting bushes in a DIY kit form, ready to simply bolt on. Whiteline adjustable sway bars offer from 2 up to 4 points of adjustment allowing in some cases 10 distinct stiffness settings for precise handling bias adjustment.

Whiteline boasts a worldwide reputation as a leading manufacturer of replacement, enhancement and performance suspension components that deliver significant gains in vehicle balance, steering precision, grip levels and outright driving performance.

What makes Whiteline different?

Unique Products - Whiteline is the only brand globally to market a full range of undercar chassis and suspension components that complements your spring and damper/ shock absorber set up. Simply, it is a tuned system and not a collective of various brands. We provide sway bar & lowering springs solutions.

Activate more grip - Engineered to activate more grip for improved handling and outright performance, Whiteline products are rigorously tested on the track to provide unrivalled street performance!

No compromise - Advanced designs, material technologies and extensive testing ensures minimal effects on ride quality and maximum effects on handling precision.

Solutions - From automotive repair workshops to race teams, Whiteline offers proven product solutions to suspension and handling problems for many of the worlds vehicle platforms.