18-24 Jeep Wrangler Suspension Lift Kit

The Alpine RT Coilover Suspension System is tailor-made for the JL, accommodating every powertrain option. This system integrates bolt-on coilover brackets and JL specific Falcon coilovers, ensuring a high-performance, noise-free ride.\nThe Alpine RT Coilover Suspension System is designed specifically for the JL Rubicon Wrangler, as well as for each of the Rubicon's powertrain options. For every Rubicon Wrangler powertrain, a corresponding TeraFlex Suspension System has been meticulously crafted to accommodate the subtle differences among the available motor choices within the Rubicon Wrangler lineup.
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\nOur Falcon Shock equipped coilover suspension systems cater to JL Rubicon factory width axles, as well as the Tera60 or other axles featuring a 3.25” axle tube diameter. These Falcon Coil Over Shocks have been developed to meet the distinct demands of the JL Wrangler. While performance is always a priority, who wants to endure the annoyance of a squeaking, popping, or creaking suspension on a brand-new Jeep?
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\nThis system has been engineered to address the common shortcomings of coilover shocks prevalent in today's noisy and generically tuned coilover market. These noises are so common in traditional coilover shocks that they've been given names! These include "Spring Twang", which occurs when springs are compressed and suddenly shift on the coil divider/sliders; "Zipping", which refers to the slider noisily moving up and down a threaded shock body; and "Slider Slap", which happens when the slider hits the crossover rings and the heavier spring engages. Additionally, there's the constant "clicking and clacking" of an internal bypass shock, and the ever-familiar shock mount bushing "Squeak". Clearly, not the kind of symphony you want to hear.
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\nThe sleek, hard-anodized shock body, featured on all Falcon Shocks, serves as the perfect bearing surface for the new sealed and lubricated spring sliders. These sliders also boast roller-bearing spring seats, guaranteeing noiseless spring movement during compression and extension, even during spring twisting.