Cusco Front Sway Bar 23mm Mitsubishi Lancer Evo X
25mm > 23mm, This upgrade is 78% stiffer
The Cusco anti-sway bars replace the factory anti-sway bars, (if equipped) and uses the factory mounting locations. The Cusco anti-sway bar will dramatically reduce body roll since its stiffness is greater than the factory bar or if the vehicle is not equipped with one. The larger diameter and steel strength bar give the Cusco bar more resistance against torsion, which helps keep the vehicle stabilized during cornering and reduces weight transfer.
FEATURES
Designed for simple installation and set-up (if adjustable).
Solid or hollow internal structure. (Depends on vehicle application)
Can be used with factory hardware or included Cusco hardware, bushings and end links.
BENEFITS
Increased stability while cornering as well as during high speed lane changes. Minimizes excessive shock absorber stroke to enable a sharper handling characteristic. Also enables correction of under or oversteer with proper utilization of this component.
ADJUSTABLE & NON-ADJUSTABLE
CUSCO Provides two types, adjustable and non-adjustable. The adjustable type allows high or low settings with ease. Stabilizes your high speed driving, and sharpens the cornering performance.
This product is compatible with the following vehicles
| Vehicle Make | Vehicle Model | Vehicle Variant | From | To | Engine | Notes |
| Mitsubishi | Lancer | Evolution X | 2008 | 2013 | 4B11T | 2.0L FQ 330 - 4WD Petrol |
| Mitsubishi | Lancer | Evolution X | 2008 | 2013 | 4B11T | 2.0L FQ 360 - 4WD Petrol |
| Mitsubishi | Lancer | Evolution X | 2009 | 2010 | 4B11T | 2.0L FQ 400 - 4WD Petrol |
Cusco are one of the biggest premier tuners in the World, based in Japan, they have extensive experience in GT, Formula and World Rally Events. They design everything from suspension and chassis components to engine tuning, roll cages, intake systems, chassis under re-reinforcements and limited-slip differentials.
One of Cusco's biggest and more popular product ranges are the world-renowned Cusco Suspension. Click here to read more!
