ICO 2.5 Series Coilover Kits

The ICON 2.5 Series Coilover Kit for the 2024+ Lexus GX550 starts with a focus on improved geometry and articulation. The included billet aluminum upper control arms are key here, offering corrected front-end alignment adjustments for camber and caster. This not only helps dial in your vehicle's handling but also provides more clearance for suspension components during aggressive maneuvers. A notable feature is the serviceable and rebuildable ICON Delta Joint PRO, which replaces the stock ball joint. This allows for the full range of suspension travel during both compression and extension without binding, a critical factor for off-road performance and durability.

Out back, the dual-rate rear coil springs are designed to give you a comfortable ride on the street with a softer initial rate, while the firmer overload rate helps prevent bottoming out on rough terrain. This setup also adds about 2 inches of lift to the rear, helping to level the stance of your GX550. To keep the rear axle perfectly centered under the vehicle, especially with the added lift, an adjustable billet aluminum rear track bar is included. Its design allows for easy on-vehicle adjustments, so you can fine-tune its length without removing it. The kit also includes ICON 2.0 Aluminum Series rear shocks with internal reservoirs, which are tuned specifically for the GX550 to balance the entire suspension system.

ICON engineers prioritize increasing wheel travel and damping ability, which directly translates to better vehicle control and a more comfortable ride, whether you're on pavement or tackling trails. The 2.5 Series front coilovers are height adjustable, allowing for 1.25 to 3 inches of front lift. This adjustability lets you fit larger, more aggressive tires. To maximize front suspension travel and prevent CV joint bind, the system includes front differential drop brackets and specifically designed coilover lengths. Polyurethane differential mounting bushings are also part of the kit, reducing differential movement under load for more stable power delivery.