ICON 3.0 Series Coilovers with CDEV are designed to take the off-road capability of the 2022 and newer Toyota Tundra to new levels by increasing wheel travel and significantly improving the damping ability of the front shocks. Compared to the 2.5” diameter coilovers the 3.0 Series shocks see a piston surface area increase of 50% in the ride zone, and 100% in the “Bump Zone”. This translates into increased stability and vehicle control at the extremes of off-road use, with benefits also making themselves apparent in on-road driving conditions. The multi-stage hydraulic Bump Zone featured in these 3.0 Series shocks exponentially increases bottom-out resistance as the shock travels through the last 40% of travel, keeping vehicle dynamics in check during those hard hits or unexpected obstacles. The ICON CDEV with IIC (sold separately) provides on-the-fly, user configurable suspension tuning that reacts in real time, further enhancing the venicle's off-road speed, control and comfort through any terrain.
- ICON's CDE Valve technology allows for in vehicle adjustment of compression damping settings and active adjustment via the ICON Intelligent Control (IIC)
- Significant increase in damping ability for excellent performance in extreme off-road conditions
- 7/8" diameter induction hardened, chrome plated shock shaft
- Multi stage CAD plated shock body with hard anodized piston and top cap
- Fully serviceable
- Increased wheel travel and vehicle specific valving provides comfortable and consistent ride quality on and off-road
- Adjustable coilovers provide 1.25 - 3.25” of front lift height over stock
- Direct bolt-in to OEM shock location makes for an easy install
- ICON’s multi-stage, tuneable hydraulic “Bump Zone” exponentially increases bottom-out resistance in the last 40% of compression travel
- 10” aluminum reservoirs provide generous oil and nitrogen volume for consistent damping with temperature increase
- High quality ICON-engineered coil springs offer improved performance
- PTFE lined COM12 spherical bearings ensure maximum strength and durability
